The dental industry is experiencing a revolution with the rise of Dental 3d Printers. Digital dentistry is no longer a futuristic concept but a present-day reality, and dental 3D printing is at the forefront of this transformation, generating immense excitement and interest.
This comprehensive Dental 3D Printer Review is the result of a collaborative effort with leading digital dentistry clinicians across Australia and New Zealand. It’s rooted in extensive, hands-on experience with each printer in a real-practice setting. Our aim is to provide an objective and brand-agnostic comparison, similar to our renowned IOS reviews. This is not a sponsored article; our evaluations are based purely on practical use and performance.
Instead of overwhelming you with technical jargon, we’ve structured this review around key criteria that are crucial when considering a dental 3D printer for your clinic or lab. These are the factors that truly matter in daily practice.
Let’s dive in.
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Dental 3D Printer Comparison Criteria
Print Speed
Simply put, how quickly can it print?
We’ve rigorously tested each printer across a range of dental applications, from models and splints to custom trays, dentures, and restorations. This criterion evaluates the dental 3D printer based on its printing speed capabilities.
Print speed is most critical for practices aiming for same-day workflows. However, it’s worth noting that while speed is often emphasized, it’s not always the most crucial factor. If you plan to run your printer overnight or during off-peak hours, print speed becomes less of a concern. Nonetheless, for some, faster printing directly translates to efficiency.
Ease of Use
This assesses how user-friendly the dental 3D printer system is overall.
Ease of use encompasses everything from the initial unboxing and setup to software navigation and successful print execution. We consider how straightforward it is to prepare the printer, operate the software, and consistently achieve successful prints.
While ease of use might be less critical for dedicated labs with technical staff, it’s paramount for dental clinics where printing tasks might be delegated to support staff with varying levels of technical expertise.
Essentially, we evaluate how effortlessly you can go from a digital file to a finished printed dental product.
Reliability
This criterion measures the dental 3D printer’s dependability by tracking the frequency of failed prints during our testing.
Failed prints are a major frustration in 3D printing. Nothing is more disappointing than investing hours into a print job only to find a failed or incomplete result.
Reliability, in our assessment, encompasses the system’s overall consistency and the effectiveness of its software-generated supports. We quantify reliability by the rate of failed prints encountered during our extensive testing process.
Software
Software is a cornerstone of effective 3D printing, arguably as crucial as the materials themselves. Research indicates that accuracy is generally consistent across dental 3D printers, from budget models to high-end systems. The real differentiators lie in resin compatibility and software capabilities.
Some dental 3D printer software is rudimentary, even confusing. Others offer streamlined workflows, comprehensive cloud integration, and even AI-powered design assistance. This criterion judges printers based on the sophistication and user-friendliness of their software, including both desktop and cloud-based components.
Material Options and Availability
How versatile is the dental 3D printer in terms of resin compatibility, and are these materials validated for dental use?
This assesses the ‘openness’ of the dental 3D printer system. A wide range of resin options is beneficial if you intend to use the printer for diverse applications. Alternatively, you might prioritize access to specific, gold-standard resins like KeySplint Soft.
Material options are a pivotal consideration when investing in a dental 3D printer. The availability of validated, high-quality resins directly impacts the printer’s utility and the range of dental applications it can serve.
Investment Cost
A straightforward criterion: the total cost of the dental 3D printer system and associated resins.
This encompasses the initial purchase price of the printer itself, as well as the ongoing costs of resins and consumables. We consider the spectrum from the most budget-friendly to the most expensive dental 3D printers on the market.
Printer Technology
What 3D printing technology does the dental 3D printer employ to cure photopolymer resins – LCD, DLP, or SLA?
Understanding the underlying technology is key to appreciating a dental 3D printer’s strengths and limitations. To delve deeper into the distinctions between LCD, DLP, and SLA technologies, refer to our blog article on 3D printing technologies in dentistry. For comprehensive training, explore our 3D Printing course bundle.
Additional 3D Printer Criteria
Build Platform Size
How large is the printable area? This is a frequently overlooked but critical factor.
The build platform size dictates the volume and scale of prints a dental 3D printer can produce in a single run. Some platforms are limited, barely accommodating a couple of models laid flat, while others can handle ten or more. Platform size is particularly relevant for labs or large clinics with high-throughput needs, such as orthodontics facilities printing hundreds of models weekly.
Conversely, if your needs are limited to occasional night guards, splints, or single restorations, a smaller platform—and consequently, a smaller printer—might be more suitable.
Set-Up Difficulty
This evaluates how easy it is to unpack, assemble, and prepare the dental 3D printer for its first print.
Some dental 3D printers are designed for immediate use, with clear tutorials and intuitive on-screen guidance. Others can be less straightforward, requiring more technical expertise. In some cases, professional technician setup may even be necessary. We assess which end of this spectrum each printer occupies.
Connectivity
Connectivity is a crucial consideration for integrating a dental 3D printer into your clinic or lab workflow.
How does the dental 3D printer interface with your 3D printing software? How are print jobs transferred to the printer?
Some dental 3D printers are limited to direct LAN connections, requiring a physical network link to communicate with the computer running the 3D printing software. Others offer more flexible Wi-Fi connectivity. Some even support USB drive uploads, allowing file transfer directly to the printer. The optimal connectivity solution depends on your specific setup and workflow requirements.
Cloud
Does the dental 3D printer leverage cloud services?
Many leading dental 3D printers now incorporate cloud connectivity. Cloud services can offer a range of benefits, from tracking print metrics and monitoring printer status to remotely initiating and managing print jobs.
Furthermore, some dental 3D printers integrate cloud-based CAD design services, offering technician support or AI-driven design capabilities directly accessible through the cloud platform.
Open or Closed
Open dental 3D printers offer the freedom to use any commercially available resin.
Closed dental 3D printers restrict material usage to resins validated by the manufacturer, which may include selected third-party resins.
The ‘closed’ designation varies significantly. Some ‘closed’ systems boast validation for 30+ resins, while others limit you to a library of just 7-12.
The open-versus-closed question is primarily relevant depending on what you intend to print. For instance, KeySplint Soft is often the preferred resin for splints. If splint fabrication is a priority, ensuring printer compatibility with this material is crucial. However, for applications like model printing, the openness of the system is less critical, as most printers come with adequate model resins. Open systems become more advantageous when seeking cost-effective alternatives for standard applications like model printing.
Heater
Internal heaters are standard in most dental 3D printers, but not universally included.
A heater plays a vital role in maintaining resin at its optimal printing temperature. Each resin type has a specific ideal temperature range, typically provided by the manufacturer and validated in quality dental 3D printers.
Maintaining the correct resin temperature is essential for print quality and success.
If your chosen dental 3D printer lacks an integrated heater, you may need to consider an external heating solution to ensure consistent resin temperature, especially in cooler environments.
Washing and/or Curing Machines
Does the dental 3D printer come as part of a complete print-to-finish workflow, including washing and curing solutions?
Or is it just the printer itself, requiring you to source third-party devices for post-processing?
It’s important to understand whether a dental 3D printer manufacturer offers integrated washing and curing units. Regardless of your printer choice, effective post-processing—washing and curing—is mandatory for every print job. Considering the entire workflow, not just the printing phase, is crucial for a seamless and efficient digital dentistry practice.
These are the criteria we will use for our reviews. Let’s proceed to the printer reviews themselves.
Note: Printers are listed alphabetically, not ranked from best to worst 🙂
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Ackuretta Dentiq Dental 3D Printer
Ackuretta Dentiq Review
3D Printer Ratings
| Criterion | Rating |
|---|---|
| Print Speed | 2.5 |
| Reliability | 2.5 |
| Ease of Use | 5 |
| Software | 3.5 |
| Material Options | 4.5 |
| Investment Cost | $ |
Wash
Cure
3D PRINTER FEATURES
| Feature | Specification |
|---|---|
| Printer Type | RGB LCD – 385 ~ 405 nm |
| Build Platform Size | Medium 120 x 68 mm |
| Set Up Difficulty | Easy |
| Cloud Software | None Available |
| Open System | 150+ validated resins |
| Built-in Heater | ❌ |
| Connectivity | USB, WiFi, Ethernet |
Print Speed
The Dentiq isn’t the speediest dental 3D printer. It’s considered relatively outdated, having been superseded by the Ackuretta SOL, which boasts speeds three times faster. The Dentiq prioritized reliability and accuracy at a more accessible price point. It’s still a viable option for budget-conscious practices.
Ease of Use
True plug-and-play functionality defines the Dentiq. Straight out of the box, it’s ready to operate immediately. The Alpha AI software is intuitive and user-friendly.
Reliability
While not the fastest, the Dentiq has proven to be a reliable dental 3D printer in our experience. Failed prints were infrequent when operated correctly. This reliability might be attributed to its conservative engineering approach.
A key consideration is the absence of a resin tank heater in the Dentiq. This may necessitate external resin heating for consistent printing, especially in cooler climates.
Software
Alpha AI software is user-friendly, allowing most clinicians to operate it without extensive training. It receives regular updates with improved resin profiles.
Currently, it lacks advanced AI features or CAD integration like SprintRay, and cloud capabilities similar to Formlabs. It offers above-average software that effectively handles printing tasks.
Material Options and Availability
The Ackuretta DENTIQ is an open system with an extensive library of 150+ pre-validated materials. Ackuretta collaborates with major resin manufacturers to validate printing processes. All validated materials are rigorously tested, ensuring reliable performance. The R&D team is responsive, diligently working to validate and release profiles for new and emerging resins.
Investment Cost
The complete Ackuretta Dentiq setup costs approximately $4000 USD.
At roughly half the cost of the SOL, the Dentiq is a cost-effective choice for practices where print speed is not paramount. It also serves as a potential secondary printer for those already owning a SOL.
Printer Technology
The Ackuretta DENTIQ utilizes an RGB LCD, known for its lower energy output and a shorter lifespan of around 800 hours compared to monochromatic LCDs with 10,000-hour lifespans found in models like the SOL.
The CURIE and CLEANI post-processing units complement the Dentiq effectively.
Build Platform Size
The build platform is adequate for 2-3 full arch models or 3-4 angled splints, comparable to other dental 3D printers in its class.
- Total volume: 120 x 68 x 140 mm
- Build plate area: 8,160 mm2
Set-Up Difficulty
Setup is remarkably easy and quick, requiring minimal effort to get started.
Connectivity
Connectivity options include Wi-Fi, Ethernet, and USB, with IP address connectivity available on the same network. The printer’s menu interface appears somewhat dated but doesn’t significantly hinder functionality.
Cloud
Cloud connectivity is not available and is unlikely to be implemented, as Ackuretta’s development focus is on newer models like the SOL.
Washing / Curing Machines
The CLEANI is a two-stage washing unit with separate tanks for initial and final washes and a vortex mixer. It’s compact and efficient.
The CURIE is a high-performance curing unit, often chosen by users of other dental 3D printer brands for its speed, efficiency, and cost-effectiveness.
The Bottom Line
The Ackuretta Dentiq is a solid entry-level LCD dental 3D printer for dental professionals. While slower, its ease of use and user-friendly software compensate for beginners. Users prioritizing speed might consider the SOL. The lack of resin heating may be a concern in cooler climates or for ceramic-filled resins requiring temperatures between 25-35°C for optimal printing.
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Ackuretta SOL Review
3D Printer Ratings
| Criterion | Rating |
|---|---|
| Print Speed | 4 |
| Reliability | 4 |
| Ease of Use | 5 |
| Software | 3.5 |
| Material Options | 4.5 |
| Investment Cost | $$ |
Wash
Cure
3D PRINTER FEATURES
| Feature | Specification |
|---|---|
| Printer Technology | Mono LCD – 385 ~ 405 nm |
| Build Platform Size | Small, Medium, Large options |
| Set Up Difficulty | Easy |
| Cloud Software | Automated Firmware Updates |
| Open System | 150+ validated resins |
| Built-in Heater | ❌ |
| Connectivity | USB, WiFi, Ethernet |
Print Speed
The SOL offers impressive print speeds for an LCD dental 3D printer. While not the absolute fastest, it strikes a balance between speed, reliability, and accuracy. The SOL pioneered the concept of varied build plate sizes, offering options for faster printing with smaller platforms.
Ease of Use
Similar to the Dentiq, the SOL is truly plug-and-play, ready for immediate use. Alpha AI software is intuitive and user-friendly.
Reliability
The SOL is a reliably consistent LCD dental 3D printer. With over two years of experience, our failure rate has been less than 5%, mostly attributable to user error when pushing operational limits or neglecting basic printing protocols. However, some user feedback in online groups indicates concerns about failed prints.
Like the Dentiq, the SOL lacks a resin heater. Consider external heating for consistent results, especially in cooler conditions.
Software
Alpha AI software is user-friendly and constantly updated with improved resin profiles. Clinicians can typically learn to use it quickly.
Material Options and Availability
The Ackuretta SOL, like the Dentiq, is an open system with 150+ pre-validated materials. Ackuretta collaborates with major resin manufacturers, ensuring validated and reliable printing processes. The R&D team is proactive in adding new resins to the platform upon release.
Investment Cost
The SOL system, including the CLEANI and CURIE units, is priced around $8,000 USD.
Printer Technology
The Ackuretta SOL achieves accuracy with 54 LEDs providing 95% light uniformity. Its higher power output (5 mw/cm2 vs. Dentiq’s 1 mw/cm2) enables three times the speed of standard LCD printers. Dynamic LED selection optimizes curing areas, enhancing accuracy and extending LCD panel life.
The CLEANI and CURIE units function effectively within the SOL workflow.
Build Platform Size
Initially offered with a single 128 x 80mm platform, Ackuretta introduced medium and small platforms for the SOL to enhance printing speed.
Smaller platforms reduce resin displacement and flow, shortening layer transition times and overall print duration.
-
The medium platform (70 x 70 mm) is ideal for single full-arch prints in about 25 minutes.
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The small platform (40 x 20 mm) excels for crowns, bridges, and gingiva masks, printing 5-7 crowns or a couple of bridges in as little as 15 minutes at 70-micron layers.
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The large platform is suitable for 2-3 full arch models or 3-4 angled splints.
-
Total volume: 128 x 80 x 140 mm
-
Build plate area: 10,240 mm2
Set-Up Difficulty
The SOL is truly plug-and-play. Setup is exceptionally easy; our first SOL was operational within 3 minutes of unboxing. The menu is intuitive.
Connectivity
Connectivity includes Wi-Fi, Ethernet, and USB, with IP address connectivity for network access, offering more options than the Dentiq.
Cloud
Automatic cloud-based firmware updates streamline access to the latest validated settings.
Washing / Curing Machines
The CLEANI is a two-stage washing unit. The CURIE is a highly regarded curing unit, favored across dental 3D printer brands for its performance, speed, and efficiency.
The Bottom Line
The Ackuretta SOL is an excellent dental 3D printer for users seeking premium features without the DLP price. While LCD printers are generally slower than DLP, the SOL compensates with varied build plate sizes, enabling restoration prints in 15-25 minutes, depending on complexity and layer height.
The absence of resin heating is a notable omission in an otherwise outstanding dental 3D printer system. However, the Curie Plus is a strong curing solution with broad dental resin validation.
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Asiga Max UV Review
3D Printer Ratings
| Criterion | Rating |
|---|---|
| Print Speed | 3.5 |
| Reliability | 5 |
| Ease of Use | 4 |
| Software | 3 |
| Material Options | 5 |
| Investment Cost | $$$ |
Wash
Requires 3rd party unit
Cure
Curing unit is very basic
3D PRINTER FEATURES
| Feature | Specification |
|---|---|
| Printer Type | DLP – 385nm or 405nm LED |
| Build Platform Size | Small – 119 × 67 mm |
| Set Up Difficulty | Medium |
| Cloud Software | None Available |
| Open System | Over 500 validated materials |
| Built-in Heater | ✅ |
| Connectivity | WiFi and Ethernet |
Print Speed
While highly capable, the Asiga Max UV is among the slower DLP dental 3D printers. This doesn’t mean it’s inherently slow, but compared to printers capable of model printing in 20 minutes, it’s not the fastest on the market.
Printing study models directly on the build platform takes around 45 minutes. We’ve also noted discrepancies between software-estimated and actual print times, with actual times often longer due to layer-by-layer variations in cross-sectional area. Larger areas require longer platform repositioning times.
Like other dental 3D printers, speed depends on material, layer thickness, and settings, which can vary widely given the open material system. Overall, speed is slightly slower than other DLP printers but relatively fast compared to SLA laser-based systems.
Despite speed considerations, the Asiga Max UV remains popular due to its extensive resin library and exceptional reliability. It offers above-average speed for professional dental applications, especially considering its compact size.
Ease of Use
Inserting the build platform and swapping resin vats are quick and easy.
However, the physical printer menus, settings, and maintenance options can be overwhelming, with many rarely used functions. The printer’s display screen is also somewhat small.
There’s a learning curve initially due to the printer’s sensors and technology. Proper calibration and setup are critical; incorrect setup can lead to printing issues.
Asiga’s Software Composer feels dated and less intuitive compared to competitors, although an update is underway.
Reliability
The Asiga Max UV is renowned for its exceptional reliability and consistency. Once the learning curve and software are mastered, it delivers highly accurate and precise prints.
Asiga printers are widely favored in dental labs globally. The Max UV includes sensors to detect resin tank debris, pausing prints to prevent FEP damage.
Correctly set up, it’s an industry-favorite for reliability in demanding clinical settings.
Software
The Asiga Max UV utilizes Composer Slicer, which has been recently updated.
Previous versions were not user-friendly for untrained users, lacking dental-specific functionality and featuring a convoluted interface.
The latest update significantly improves visual presentation and ease of use for novices. Model positioning, orientation, and support generation are now more straightforward.
While still featuring numerous buttons compared to more streamlined software, the update represents a major improvement and makes the software functional.
Material Options and Availability
The Asiga Max UV is completely open, boasting the largest library of validated settings for third-party resins, exceeding 500 materials. These are accessible via Asiga’s online Material Library.
Users can easily find and download settings for their chosen material. Resin profiles are continuously updated for performance enhancement.
This is a key strength of the Asiga Max UV, offering global user freedom. Downloading resin settings from the database is straightforward.
Notably, Asiga, along with Primeprint, is unique in offering Lucitone Denture resins, considered among the best denture resins available.
Investment Cost
The Asiga Max UV printer costs around $11,000 USD, varying by region and distributor. This price excludes washing and curing units but includes unlimited lifetime technical support via Asiga Customer Support Centre, online ticketing, resellers, and Asiga offices (Australia, USA, Germany).
Vats are consumables with a limited lifespan based on printed resin volume, regardless of physical condition.
Printer Technology
DLP with an industrial-grade 385nm LED light source.
Asiga’s unique SPS™ layering technology provides platform positioning feedback, ensuring Z-height precision. This is a key differentiator for Asiga, guaranteeing accuracy.
The projector includes an internal radiometer/light meter for automatic LED power adjustment, providing real-time feedback and cure time adjustments for consistent layer curing. These factors ensure repeatable and consistent output.
The company also offers Ultra Gloss resin trays, improving print clarity, especially for splints.
Build Platform Size
The Asiga Max UV is best suited for chairside, low-volume printing, such as surgical guides or splints.
The platform accommodates 2-3 full arch models flat or 3-4 angled splints, comparable to similar-sized dental 3D printers.
- Total volume: 119 × 67 × 75 mm
- Build plate area: 7,973 mm2
Set-Up Difficulty
The Asiga Max UV is relatively straightforward to set up. Leveling is easy, with video tutorials on Asiga’s YouTube channel.
However, printer menu navigation can be slightly frustrating, and a larger LCD screen would be beneficial.
Accessing resin libraries requires an Asiga account. Firmware updates are not entirely straightforward. Overall setup is easy enough, but mastering calibration and setup takes time.
Connectivity
Connectivity options include Wi-Fi, Wireless Direct, and Ethernet. Wireless Direct allows direct connection when a Wi-Fi network is unavailable.
Connection is only needed during print transfer.
Internet connectivity can be inconsistent; smooth in some locations, slow and unreliable in others.
USB printing is not available, but remote front panel control is a unique feature.
Cloud
The Asiga Max UV does not offer cloud-based software or storage, but online printer menu access is possible.
Heater
The onboard heater can warm the build chamber up to 10°C above ambient. While not essential, warming resin reduces viscosity and speeds up printing.
With Asiga, pre-heating isn’t necessary; printing materials directly from refrigeration is possible, though it may affect print speed.
Washing / Curing Machines
The Asiga Max UV is sometimes sold with a basic curing unit. Asiga does not manufacture a washing unit.
This is a weakness of the Asiga system – lacking integrated washing and curing solutions. Users must find third-party alternatives. However, improved washing and curing options are reportedly in development.
The Bottom Line
Despite its age, the Asiga Max UV remains a top-tier dental 3D printer. Its exceptional reliability and open system with the largest validated resin library make it a global favorite in labs and clinics.
Software intuitiveness and cloud features lag behind competitors, and a complete workflow with washing and curing units is currently absent. However, these are reportedly being addressed.
The Asiga Max UV is a highly recommendable dental 3D printer option.
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Dentafab Sega Review
3D Printer Ratings
| Criterion | Rating |
|---|---|
| Print Speed | 5 |
| Reliability | 4 |
| Ease of Use | 3 |
| Software | 3 |
| Material Options | 5 |
| Investment Cost | $$$ |
Wash
Cure
3D PRINTER FEATURES
| Feature | Specification |
|---|---|
| Printer Technology | DLP – 385nm & 405nm options |
| Build Platform Size | Small – 120 × 68 mm |
| Set Up Difficulty | Medium |
| Cloud Software | None Available |
| Open System | Large range of validated materials |
| Built-in Heater | ✅ |
| Connectivity | USB & Wi-Fi |
Print Speed
Speed is the defining strength of the Dentafab Sega. It stands out as one of the fastest dental 3D printers available.
Temporary crowns at 100-micron layers print in just 10-15 minutes. Models at 100 microns are consistently printed in under 30 minutes.
Combined with chairside intraoral scanning and design, splints can be scanned, designed, supported, printed, washed, cured, and delivered within a 60-90 minute appointment.
Ease of Use
The Dentafab Sega is reasonably user-friendly, though not the easiest dental 3D printer to operate.
Leveling can be slightly cumbersome. Vat insertion and removal are easy, though not as streamlined as some DLP competitors.
Reliability
During testing, the Sega showed good reliability with few failures. Splints and temporary crowns exhibited good clinical fit. Crowns fitted well on dies printed with the Sega. Reliability is above average, though not perfect.
Software
Software is a unique aspect of the Sega.
Slicing is done internally within the printer itself. However, support generation must be done externally, exporting supported designs as STLs for printer upload via USB.
While Dentafab has proprietary software, they recommend CHITUBOX for support generation. CHITUBOX is user-friendly but lacks dental-specific shortcuts found in dedicated dental slicing software.
Support setting customization in CHITUBOX can be overwhelming for 3D printing novices.
Material Options and Availability
The Dentafab Sega is fully open and offers a significant list of validated dental resins with pre-configured printer settings, downloadable via Wi-Fi.
Users can also send resins to Dentafab for print setting development. Dentafab’s sister company, PowerResins, offers a wide range of dental resins, also manufacturing OEM resins for other brands.
Investment Cost
The Dentafab Sega costs $9000 USD.
While priced similarly to other DLP dental 3D printers, its resin vats are significantly more affordable.
The $9000 price includes:
- Free remote setup and training
- Post-processing finish kit
- 8 resin tanks
- 2 kg silicone A+B material for vat relining, extending each vat’s lifespan to 40 uses.
Vat relining is beneficial for cost savings but is a somewhat slow and complex process.
Overall, the Dentafab Sega’s running costs are surprisingly low.
Printer Technology
The Dentafab Sega is a DLP dental 3D printer with 385nm and 405nm light source wavelength options.
Build Platform Size
The build platform is 120 mm x 68 mm.
It accommodates 2-3 full arch models directly on the print bed.
It’s best suited for single or dual item printing, not high-volume production.
Set-Up Difficulty
Print bed leveling is somewhat tedious, requiring loosening 4 screws and adjusting 4 hex screws.
This contrasts with easier slot-in systems in some DLP competitors. Leveling after loosening is similar to consumer-grade printers, straightforward but not fast.
Connectivity
Internet connectivity for the Dentafab Sega is reliable and easy to set up. Wi-Fi connection issues were not encountered.
File transfer can be via Wi-Fi with recent firmware and software updates, a recent improvement.
Alternatively, prints can be started via USB using STL files of supported designs.
Heater
The Dentafab Sega features an internal heater that heats rapidly and effectively, reaching 30°C from room temperature within 10 minutes.
Washing / Curing Machines
Dentafab offers washing and curing units from MEDIFIVE, available as optional purchases but not heavily promoted.
These are OEM units manufactured by MEDIFIVE of Korea, also used by Ackuretta, and perform effectively as described in the SOL and DENTIQ reviews.
The Bottom Line
If dental 3D printers had a “one-trick pony” category, the Dentafab Sega would be a prime contender.
While lacking some refinement and user-friendly features of more popular DLP printers, its strengths are print speed and open material compatibility.
For same-day or same-appointment restorations, few dental 3D printers can match its speed.
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Dentsply Sirona Primeprint Review
3D Printer Ratings
| Criterion | Rating |
|---|---|
| Print Speed | 3 |
| Reliability | 4 |
| Ease of Use | 4 |
| Software | 3.5 |
| Material Options | 2.5 |
| Investment Cost | $$$$$ |
Wash
Cure
3D PRINTER FEATURES
| Feature | Specification |
|---|---|
| Printer Type | DLP – 2K – 385 nm |
| Build Platform Size | Small – 134 x 76 mm |
| Set Up Difficulty | Hard – Technician Only |
| Cloud Software | None Available |
| Open System | Closed System |
| Built-in Heater | ✅ |
| Connectivity | USB and Ethernet |
Print Speed
The Primeprint’s print speed is moderate, neither slow nor exceptionally fast. Models typically print in around 45 minutes, placing it on the slower end for a DLP dental 3D printer.
Compared to the broader market, including SLA printers, it’s above average in speed.
The automated mechanical arm seems to contribute to a slightly slower overall pace.
Ease of Use
Primeprint’s ease of use is paradoxical.
On one hand, it offers one of the most clinically integrated workflows, with automated printing and post-processing easily delegated to staff via the Primeprint box system.
It’s also the only dental 3D printer with integrated air extraction and filtration, minimizing ventilation needs. Finished prints are fully cured and dry, ready for immediate clinical use – an excellent workflow.
On the other hand, print jobs must be sent via inLab, which feels cumbersome. InLab is lab-focused software, and even STL import involves multiple steps, unlike the drag-and-drop simplicity of most printer software.
Software usability is not as intuitive as other dental 3D printers, but the automated system handles most processes after initial setup. Once running, the automated system takes over post-processing.
Reliability
During testing, we experienced a few initial failures with Primeprint, particularly with model resins. These occurred early in our usage and improved significantly with troubleshooting. Failures were not major and overall experience was smooth.
The system’s rigidity is a consequence of its high automation and intelligence. Resin management is tracked for each print. This automation enhances cleanliness and minimizes resin contact but makes vat cleaning cumbersome after failures.
Resin cartridge levels are strictly monitored; prints are prevented if resin volume is insufficient. Cartridge readings can sometimes be inaccurate, showing substantial remaining resin (e.g., 150ml) for small prints (e.g., 25ml). Resin poured back into cartridges after tank cleaning is not recognized, necessitating disposal of unused resin after tank cleaning.
Software
Software is a mixed strength and weakness of the Primeprint system.
Primeprint bundles inLab CAD software, not a standalone printer software. InLab is a robust lab software, enabling various functions beyond printing, including CEREC mill integration, third-party scanner compatibility, and appliance design.
However, inLab is lab software, which can be less user-friendly and feel clunky. Creating a separate, streamlined printer software for Primeprint, focusing on quick import, support generation, and simplified menus, might have been preferable.
Dentsply Sirona’s strategic direction is their new cloud system, DS Core, suggesting a future cloud-centric approach.
Material Options and Availability
Primeprint is a closed system, restricted to Primeprint cartridges. This is a limitation. However, Primeprint materials cover a comprehensive range of dental applications.
Currently, single resin options are available for each standard indication – model, surgical guide, temporary crown, custom tray, etc. Lucitone denture resin is a standout material, though also available for Asiga.
The closed system prevents using popular resins like KeySplint Soft.
Investment Cost
The complete Primeprint system, including the Primeprint PPU (wash and cure), costs $22,500 USD.
Primeprint includes inLab CAD software (valued at $6-10k), contributing to the cost.
This makes Primeprint the most expensive dental 3D printing setup on the market.
Printer Technology
DLP Technology.
385 nm, 2K (1920 x 1080) pixels projector resolution.
Build Platform Size
The build platform accommodates 2-3 full arch models directly on the print bed.
Software mandates raft usage for all prints, another aspect of the system’s rigidity.
- Total volume: 134 x 76 x 150 mm
- Build plate area: 10,184 mm2
Set-Up Difficulty
Primeprint setup must be performed by a Dentsply Sirona technician. The Primeprint and PPU, while having a similar footprint to other systems, are vertically larger and heavier.
This is sophisticated equipment requiring professional setup. User unboxing is not feasible.
Connectivity
Primeprint uses USB or network LAN connection via RJ45.
Technician setup is required, and Primeprint operation is contingent on software recognition on a networked computer.
Cloud
Direct cloud-based printer control is not currently available.
Dentsply’s DS Core cloud platform is under development, aiming for remote service, design services, and inLab software access from the cloud.
DS Core and Create represent Dentsply Sirona’s future direction.
Heater
Primeprint has an effective internal heater.
The system pre-heats to resin-specific temperatures before each print, taking 15-20 minutes depending on the resin. Heating speed is moderate.
Washing / Curing Machines
The Primeprint PPU is the most advanced wash and cure unit available, fully automated and a standout system feature.
Inserting the Primeprint box into the PPU initiates automated washing (dual washes), curing, and drying. Prints emerge clean and ready for use. The PPU performs excellently.
However, processing time is considerable, and efficiency improvements are needed for Primeprint to be considered for single-visit dentistry, which isn’t its primary focus given Dentsply Sirona’s CEREC offerings.
The Bottom Line
Primeprint is an intriguing dental 3D printer offering. It provides unparalleled automation, minimizing manual user input for print-to-finish workflow.
Print quality is generally high, and reliability is good overall. The system enables complete delegation with minimal manual setup, printing, and post-processing, offering a “white glove” experience, differentiating it significantly from competitors.
However, drawbacks include high cost, making it the most expensive option, and its best fit within a Dentsply Sirona ecosystem. Resin system is closed. Dentsply resins cover all dental applications, but user choice is limited to these.
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FormLabs 3B+ Review
3D Printer Ratings
| Criterion | Rating |
|---|---|
| Print Speed | 2 |
| Reliability | 4.5 |
| Ease of Use | 4 |
| Software | 4 |
| Material Options | 3 |
| Investment Cost | $$ |
Wash
complete system
Cure
complete system
3D PRINTER FEATURES
| Feature | Specification |
|---|---|
| Printer Type | SLA 250 mW laser power 25 micron |
| Build Platform Size | Medium 145 × 145 mm |
| Set Up Difficulty | Easy |
| Cloud Software | Yes |
| Open System | Closed |
| Built-in Heater | ✅ |
| Connectivity | USB, WiFi, Ethernet |
Print Speed
The Formlabs 3B+ utilizes SLA technology, which is inherently slower than DLP or LCD alternatives. It’s not the slowest dental 3D printer but far from the fastest. Standard models take 60-90 minutes on the 3B+. SLA technology also makes printing multiple models less speed-efficient than LCD or DLP.
Formlabs mitigates this with faster draft resins and larger layer thicknesses, achieving model print times of 30-45 minutes. However, this is limited to models.
Crown and restoration print speeds are also not the fastest, with single crowns taking about 50-60 minutes.
Ease of Use
The FormLabs 3B+ excels in ease of use, making it ideal for delegation to staff. Setup is simple and can be done by any team member without technician assistance.
Software and menus are clear, intuitive, and user-friendly. The printer alerts users to incorrect resin types. The system is generally very user-friendly.
Resin tray wiper and auto-fill cartridges enhance ease of operation.
Reliability
The Formlabs 3B+ is known for exceptional reliability. It “just works.” While not the fastest, failed prints are rare. Printer software and AI-generated supports are effective. The printer is very user-friendly and enjoyable to operate.
Software
PreForm by Formlabs is among the best dental 3D printer software for ease of use.
It’s sleek, intuitive, and simplifies printing. A dental-specific version further improves workflow.
Printing issues are rare thanks to the software. One-click print function automatically orients, supports, and prepares designs for printing. Cloud system and online printer management interface are excellent.
Missing features include AI or CAD design integration.
Material Options and Availability
Material limitations are the primary weakness of Formlabs printers.
As a closed system, resin options are limited. KeySplint Soft and many popular third-party resins are not compatible. Formlabs acknowledges this and releases new materials, like a recent soft splint resin, to maintain competitiveness.
Formlabs resins are reliable but not disruptive. Model resin translucency is somewhat suboptimal. Crown resins, manufactured by BEGO, are considered dated and aesthetically less appealing.
Investment Cost
Cost is a major strength of the Formlabs 3B+ system. It’s very competitively priced.
At around 10k USD, a complete Formlabs 3B+ system is an attractive entry point for dental 3D printing.
Printer Technology
Low Force Stereolithography minimizes failed prints.
The optics engine uses a single Light Processing Unit with a 250 mW laser and 25-micron XY resolution.
Build Platform Size
The build platform is large, ideal for printing multiple models, easily accommodating around 8 models laid flat. Ample space is available for splints, guides, and restorations.
Smaller build platforms for crowns are not offered.
Formlabs innovated build platform design with the Build Platform 2, featuring easy release via a flexing platform, simplifying removal of multiple prints.
- Total volume: 145 × 145 × 185 mm
- Build plate area: 21,025 mm2
Set-Up Difficulty
Print bed leveling is easy with intuitive on-screen instructions and included tools.
Unboxing is user-friendly. Start-up involves powering on and following on-screen prompts.
Extensive online tutorials and support are available.
Connectivity
Direct connection, Ethernet, LAN, or WIFI options are all reliable and easy to set up. Clinic Wi-Fi connection is straightforward.
Cloud
Cloud service is highly functional, enabling remote print initiation. The interface is excellent, and printer statistics are a valuable feature. The Form Auto feature facilitates automated production facilities, useful for high-volume printing in ortho labs/clinics.
Heater
Internal heater is effective. Resins are automatically heated to optimal temperatures before printing.
Printer “priming” pre-heats resin for immediate printing.
Washing / Curing Machines
Formlabs 3B+ offers a complete system.
Washing units come in two options: basic plastic containers for manual cleaning (budget option) or the Form Wash, an automated, agitated wash unit with timers.
Curing units also have two versions: the older, slower Form Cure and the faster Form Cure Fast. The Form Cure is slow, taking 30-60 minutes for curing. The Fast Cure significantly reduces curing time to 2-6 minutes for dental indications.
The entire workflow is validated.
The Bottom Line
The Formlabs 3B+ is not the fastest dental 3D printer, and same-day dentistry applications are limited. However, it’s exceptionally reliable and user-friendly.
Its economic value is a major strength. Formlabs printers gained early popularity due to affordability.
Given resin limitations, it’s best suited for clinics/labs seeking an easy-to-use, delegable printer for models and surgical guides. It’s excellent for beginners, and Formlabs is actively expanding validated resin options.
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HeyGears UltraCraft ChairSide Review
3D Printer Ratings
| Criterion | Rating |
|---|---|
| Print Speed | 4 |
| Reliability | 4 |
| Ease of Use | 5 |
| Software | 3.5 |
| Material Options | 3.5 |
| Investment Cost | $$$$ |
Wash
Cure
3D PRINTER FEATURES
| Feature | Specification |
|---|---|
| Printer Technology | DLP – 385 nm |
| Build Platform Size | Small – 124.8 x 70.2 mm |
| Set Up Difficulty | Easy |
| Cloud Software | Yes |
| Open System | Closed – CapsulePrint 2.0 Materials |
| Built-in Heater | ✅ |
| Connectivity | USB and WiFi |
Print Speed
The UltraCraft ChairSide offers above-average print speed, not extremely fast but not slow either. It prints a standard model directly on the plate at 100 µm layers in 35 minutes using HeyGears model resin, comparable to other DLP printers.
Ease of Use
Build platform installation is very easy, slotting in and out simply. Proprietary resin capsules simplify preparation.
The entire workflow, including loading into the AirWash, is quick and glove-free, minimizing resin contact.
Cloud-based user portal provides access to all functions, including a dental design service.
Disposable, pre-sanded build platforms eliminate adhesion and cleaning issues.
Reliability
Over two months of regular printing, only two failures occurred, both due to outdated resin profiles. Updating the printer resolved these.
The closed system with disposable build platforms contributes to high reliability.
Software
Print preparation involves resin selection, STL upload, and support generation via cloud software.
Software is surprisingly intelligent, optimally orienting models and surgical guides. Default support settings are generally effective, although simple and non-customizable.
Software includes a hollowing function for models, activated with a single click.
Some software errors were encountered, which technical support was aware of and addressing. For example, adding more than two study models confused the slicing software.
The entire platform is internet-dependent.
Material Options and Availability
The HeyGears ChairSide dental 3D printer is a closed system, primarily due to the patented capsule delivery. Resin options are limited.
Despite being closed, HeyGears offers resins for nearly all dental indications, including models, temporaries, denture teeth, dentures, surgical guides, definitive restorations (onlays, inlays, crowns), and splints/night guards.
Their temporary denture resin exhibits surprising aesthetics when processed, though strength improvements are needed.
Popular resins like KeySplint Soft are also validated.
Investment Cost
The ChairSide, AirWash, and AirCure system costs approximately $14,000 to $15,000 USD, varying by region.
Resin prices are higher due to the capsule dispensing system and disposable build platforms.
No annual subscription fees are currently charged.
Printer Technology
The HeyGears UltraCraft ChairSide is a DLP dental 3D Printer using a 385 nm light source.
Build Platform Size
The build platform is small, 124.8 x 70.2 x 70 mm.
It accommodates at most two full arch models directly on the print bed, best suited for single or dual item printing, not high-volume.
- Total volume: 124.8 x 70.2 x 70 mm
- Build plate area: 8,760 mm2
Set-Up Difficulty
HeyGears claims 5-minute 3D printing learning curve with the ChairSide. While marketing spin, it’s not far from reality.
The ChairSide is surprisingly easy to set up. Leveling is straightforward, with visual guidance on the printer display. Disposable build platforms eliminate leveling needs as long as the printer itself is level.
Everything operates smoothly.
Connectivity
Internet connection is required for printer operation. Internet connectivity setup is straightforward. Firmware and resin profile updates are fast and easy.
Cloud
ChairSide software and printer management are fully cloud-based.
Printer management, print metrics, and design service are accessible via HeyGears Cloud.
Continuous internet connection is essential.
Heater
The ChairSide features internal heater and humidity control.
Heating from room temperature to 35°C takes 10-15 minutes, standard for good printer heaters.
Washing / Curing Machines
The ChairSide system excels when used with the AirWash and AirCure units.
Workflow between printing, washing, and curing is seamless. The ChairSide, AirWash, and AirCure are best purchased as a complete system to maximize workflow efficiency.
The Bottom Line
The HeyGears UltraCraft ChairSide is a niche dental 3D printer for a specific market segment.
It offers exceptional ease of setup and operation within a complete system.
However, it’s a fully closed system, requiring proprietary resins and delivery systems.
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NextDent 5100 Review
3D Printer Ratings
| Criterion | Rating |
|---|---|
| Print Speed | 5 |
| Reliability | 4 |
| Ease of Use | 3.5 |
| Software | 3 |
| Material Options | 3.5 |
| Investment Cost | $$$$ |
Wash
Cure
3D PRINTER FEATURES
| Feature | Specification |
|---|---|
| Printer Type | DLP – 2K – 405 nm |
| Build Platform Size | Small – 124.8 x 70.2 mm |
| Set Up Difficulty | Easy |
| Cloud Software | None Available |
| Open System | 30 unique NextDent materials |
| Built-in Heater | ✅ |
| Connectivity | Ethernet only |
Print Speed
The NextDent 5100 is exceptionally fast, unequivocally.
It’s among the fastest dental 3D printers on the market, remarkable for a 2018 release.
Models print in 15-20 minutes, and full arch restorations in 10-15 minutes.
Consider this printer if speed is a priority.
Ease of Use
Like most dental 3D printers, the NextDent 5100 is relatively user-friendly, though software is slightly complex.
Operation is generally straightforward. Trays are easy to install, and resin is poured directly, using bottles rather than cartridges. Build platform is easily inserted and removed. Print bed leveling is simple.
Resin trays are expensive, requiring careful handling.
Reliability
During testing, a few failures occurred but weren’t overly problematic. Some users in online groups have reported reliability issues.
In our experience at iDD Lab, the printer has been reliable and operational for over 4 years with minimal issues.
Software
NextDent 5100 software, Sprint, is similar to other printer software.
It functions well, STLs import easily, and AI support generation is included. Sending jobs to the printer is simple. It’s good printer software overall.
Software complexity is a minor drawback, and cloud features are absent.
Material Options and Availability
This is a closed system with a wide range of validated resins.
NextDent has extensively validated resins under their brand. Third-party resins like KeySplint Soft are not compatible.
However, NextDent resin range is generally high quality. Their temporary crown and denture resins are particularly good.
They offer 30 unique biocompatible NextDent materials, the largest number from a single dental material supplier, covering diverse dental applications.
All NextDent materials are biocompatible, CE-certified, FDA listed, and classified per international medical device regulations, impressive for a closed system.
Investment Cost
The NextDent 5100 is priced around 13,000 – 14,000 USD.
It’s not a budget printer but also not the most expensive.
NextDent resins and resin trays are generally more expensive than other dental 3D printers.
Build Platform Size
The build platform accommodates at most 2-3 full arch models directly on the print bed.
It’s best suited for smaller print jobs, such as 2-3 appliances/models at a time.
- Total volume: 124.8 x 70.2 x 196 mm
- Build plate area: 8,760 mm2
Set-Up Difficulty
NextDent 5100 setup is straightforward. Leveling is guided by prompts and a included spirit level.
Resins are scanned via barcode reader before printing to ensure correct material selection.
Connectivity
NextDent 5100 only offers Ethernet connectivity.
This may be better suited for labs than clinics.
Most modern dental 3D printers offer Wi-Fi or cloud-based connectivity.
Software licensing is also restrictive; software installation is not freely available and requires per-license fees.
Built-in Heater
NextDent 5100 has an effective internal heater that heats resins quickly.
Washing / Curing Machines
NextDent does not sell a washing unit but offers an excellent curing box.
The Bottom Line
The NextDent 5100 was initially popular for FDA-approved denture and prosthetic resins, but faces increased competition in today’s market.
It remains exceptionally fast and user-friendly. Printing wax-up models in 15 minutes enables workflows not possible with slower printers, such as same-day smile design prints.
Drawbacks include significant cost, expensive resins and trays, and lack of cloud capabilities.
Despite being closed, NextDent offers a wide range of high-quality resins, some arguably industry-leading.
Even being over 5 years old, if print speed is paramount, the NextDent 5100 is hard to beat.
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Phrozen Sonic 4K 2022 Review
3D Printer Ratings
| Criterion | Rating |
|---|---|
| Print Speed | 1 |
| Reliability | 4 |
| Ease of Use | 3 |
| Software | 3.5 |
| Material Options | 4.5 |
| Investment Cost | $ |
Wash
Requires 3rd party unit
Cure
Requires 3rd party unit
3D Printer Features
| Feature | Specification |
|---|---|
| Printer Technology | Mono LCD – 4K – 405nm |
| Build Platform Size | Small – 134 x 75 mm |
| Set Up Difficulty | Medium |
| Cloud Software | None Available |
| Open System | Large range of validated materials |
| Built-in Heater | ✅ |
| Connectivity | USB, WiFi, Ethernet |
Print Speed
The Phrozen Sonic 4K 2022 LCD 3D Printer is slower than many competitors. A flat dental model print takes over an hour even at 100 µm layers.
Splint printing in KeySplint Soft, nearly vertical orientation, estimated at 5 hours, or 3.5 hours in “Turbo” mode.
Same-day applications are limited for this printer.
Ease of Use
The PS4K 2022 is similar to most consumer-level resin 3D printers.
Print bed installation and print initiation are relatively straightforward.
No standout ease-of-use features.
Reliability
During testing, failures were infrequent.
Splints and crowns printed on the PS4K 2022 exhibited good clinical fit.
This printer produces accurate prints comparable to more expensive dental 3D printers.
Software
Unlike most Phrozen printers, the PS4K 2022 uses proprietary slicing software, DS Slicer.
It offers advanced features not found in pricier software, such as hollowing and intraoral scan basing without extra software.
Many popular resin profiles are pre-loaded, a significant advantage. However, software navigation can be confusing for 3D printing novices.
Material Options and Availability
The PS4K 2022 is fully open with a wide range of validated materials.
Surprisingly, a large variety of resins are validated, including popular KeyPrint and NextDent ranges, for this affordable printer.
Resins for all printable dental applications are readily available depending on location.
Investment Cost
The PS4K 2022 costs around $1500-2500 USD, varying by region, making it a highly affordable dental 3D printer for dentists.
FEP film is replaceable, and vats are very affordable compared to other dental 3D printers.
Cost is the printer’s strongest point, offering excellent value for money.
Printer Technology
The Phrozen Sonic 4K 2022 is a Monochromatic LCD dental 3D printer using a 6.1” 4K Mono-LCD Light Source with 405nm ParaLED® 3.0 Module.
Build Platform Size
The build platform is small, accommodating 2-3 full arch models directly on the print bed.
It’s best suited for single or dual item printing.
Set-Up Difficulty
Print bed leveling is similar to other consumer-grade printers, straightforward but not fast.
Phrozen appears to question build platform adhesion, including sandpaper for user pre-sanding.
Our test unit experienced a display screen software issue (freezing), requiring firmware reformatting and reloading via mini-SD card, a lengthy process even for experienced users.
Apart from this, setup was generally OK, not highly user-friendly but not overly difficult.
Connectivity
Internet connectivity issues were encountered, and wireless printing was not reliably established.
Prints can be done via USB slot at the rear of the printer, inconveniently located.
Ethernet connection is also available and may offer more reliable network connectivity. Some users report successful internet connectivity for wireless printing.
Heater
The PS4K features an internal heater that heats relatively well, reaching 30°C within 10-15 minutes.
Internal air purifiers are included, a welcome addition, though their effectiveness remains to be fully assessed.
Washing / Curing Machines
Phrozen does not manufacture specific dental curing units.
Phrozen recently announced a new washing unit, but it appears more suited for dental models.
The Bottom Line
The PS4K 2022 can be slow and slightly cumbersome. However, its economic value is outstanding.
Extensive validated dental resin compatibility means users can find resins for most dental applications.
Low cost and resin accessibility make it a great entry-level printer for 3D printing novices or budget-conscious practices.
Software can be challenging, and setup can present hurdles. Overall, it’s an excellent economic choice.
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Phrozen Sonic Mini 4K Review
3D Printer Ratings
| Criterion | Rating |
|---|---|
| Print Speed | 2 |
| Reliability | 3 |
| Ease of Use | 3 |
| Software | 2.5 |
| Material Options | 4 |
| Investment Cost | $ |
Wash
Requires 3rd party unit
Cure
Requires 3rd party unit
3D Printer Features
| Feature | Specification |
|---|---|
| Printer Technology | LCD – 4K – 405nm |
| Build Platform Size | Small – 134 x 75 mm |
| Set Up Difficulty | Medium |
| Cloud Software | None Available |
| Open System | Medium range of materials |
| Built-in Heater | ❌ |
| Connectivity | USB Only |
Print Speed
As a consumer-grade LCD printer, the Phrozen Sonic Mini 4K is not exceptionally fast.
Slightly faster than the Sonic 4K, but same-day applications are limited without accessories (third-party vat warmer, mini build plate).
Ease of Use
The Phrozen Sonic Mini 4K setup and use are similar to the Sonic 4K, typical of consumer-grade resin 3D printers.
Print tray installation, resin pouring, and print initiation are straightforward.
Lacks advanced ease-of-use features found in some other dental 3D printers.
Reliability
During testing, some failures occurred, but overall, the Phrozen Sonic Mini 4K performed well for printed splints and crowns.
No internal heater, unlike the PS4k. More viscous ceramic-filled resins require external pre-heating to avoid print failures.
Software
The Phrozen Sonic Mini 4K uses Chitubox, a consumer-grade slicing software.
Not designed for dentistry, it’s less user-friendly than dedicated dental software.
Generic printer software may be confusing for novices. Support settings can be simple or complex depending on user knowledge.
Material Options and Availability
The Phrozen Sonic Mini 4K is fully open. Some dental resins are officially validated; unofficial settings exist for others.
Many validated resins, particularly the popular KeyPrint range. Manual setting adjustment possible for any resin.
Cult-like following among dental users has resulted in unofficial “dialed in” settings for many dental resins, available to users.
While these settings may work well, they may not be regulatory body approved and lack validated workflow status. User discretion advised.
Investment Cost
The Phrozen Sonic Mini 4K is the most economical dental 3D printer option.
This affordability contributes to its strong user base.
Costs around $350 USD, sometimes cheaper on sale.
Third-party accessories (mini build plate, vat warmer) can cost more than the printer itself.
Printer Technology
Monochrome LCD printer using a 405nm ParaLED Matrix 2.0 light source for resin curing.
Build Platform Size
Build platform accommodates 2-3 full arch models directly on the build plate.
Like other small platform printers, best suited for single or dual item, low-volume printing.
- Total volume: 134 x 75 x 130 mm (W x D x H)
- Build plate area: 10,050 mm2
Set-Up Difficulty
Print bed leveling is similar to other consumer-grade printers, straightforward but not fast.
The Phrozen Sonic Mini 4K lid does NOT block specific wavelengths; some recommend spray-painting it black to prevent resin curing from ambient light exposure.
Connectivity
Printing is USB connection only. No wireless or Ethernet printing.
Cloud
The Phrozen Sonic Mini 4K does not use cloud-based software.
Heater
The Phrozen Sonic Mini 4K lacks internal heating.
Washing / Curing Machines
Phrozen does not manufacture specific dental curing units.
The Bottom Line
The Phrozen Sonic Mini 4K offers excellent value for its price point, making it a great entry into 3D printing.
Low cost and resin accessibility (official and unofficial) make it a good first printer for novices. Software is less intuitive for dental users.
Overall, it’s likely the best value dental 3D printer for the money. However, it’s not a dental-specific printer with clear workflows and user-friendly menus. Cost savings come with a trade-off in time and ease of use.
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Shining 3D L4D/L4K 3D Printer Review
3D Printer Ratings
| Criterion | Rating |
|---|---|
| Print Speed | 2.5 |
| Reliability | 3.5 |
| Ease of Use | 3.5 |
| Software | 4.5 |
| Material Options | 4.5 |
| Investment Cost | $$ |
Wash
Cure
3D PRINTER FEATURES
| Feature | Specification |
|---|---|
| Printer Type | LCD – 4K – 405 nm |
| Build Platform Size | Large – 192 x 120 mm |
| Set Up Difficulty | Medium |
| Cloud Software | None Available |
| Open System | Use Any Material |
| Built-in Heater | ✅ |
| Connectivity | USB, WiFi, Ethernet |
The L4D and L4K models are identical except for plastic cover color. Shining 3D initially intended separate models for dental and other markets, but high dental demand led to L4K sales in dentistry due to L4D supply constraints.
Print Speed
The Shining 3D AccuFab L4D/L4K is not a high-speed dental 3D printer, typical of LCD printers.
A flat model print takes under an hour at 100µm.
Vertically oriented splints take around 5 hours.
Same-day applications are relatively limited.
Ease of Use
The Shining 3D AccuFab L4D is among the easier dental 3D printers to use. Touchscreen is clear and bright, menus are straightforward and well-designed. Overall, it is user-friendly.
A vat cleaning option is a welcome feature absent in many competitors.
Leveling is standard, similar to most LCD printers.
The build plate is somewhat heavy, making single-handed cleaning slightly cumbersome after prints.
Reliability
Customizable support settings are available. Default support settings are consistently effective overall.
Default settings prioritize print success over support removability. Prints remained consistent even with reduced support overshoot.
Default beveled rafts facilitate easy object removal from the plate.
Lack of vat heating is a minor drawback, as it improves predictability for viscous ceramic-based restorative resins.
However, Shining 3D assures that temperature compensation is automatic within 20-35°C ambient temperature.
Software
Shining 3D printers use proprietary Accuware desktop software with a user-friendly interface.
Software workflow is excellent, featuring a hollowing tool and drainage hole functionality integrated within the software.
Wi-Fi print transfer is quick and easy.
Software is impressive, especially considering the printer’s affordability.
Larger text in software menus would improve usability for some users.
Material Options and Availability
A wide range of resins are validated for Shining 3D printers, including Shining 3D’s own resins.
Many resins from Keyprint and NextDent ranges have official L4D settings.
Dental application resins are easily sourced for the Shining 3D AccuFab L4D, depending on location.
Investment Cost
Depending on region and exchange rates, the Shining 3D AccuFab L4D costs around $3,000-4000 USD.
Printer Technology
The Shining 3D AccuFab L4D uses an LCD light source with 4K (3840×2400) resolution and 405 nm wavelength.
DCS (District Cooling System) maintains optical system temperature below 40°C, extending printer lifespan, a differentiator for LCD printers.
Build Platform Size
Large build platform accommodates at least eight trimmed models horizontally or over a dozen vertically.
- Total volume: 192 x 120 x 180 mm (W x D x H)
- Build plate area: 23,040 mm2
Set-Up Difficulty
Physical setup is very easy.
Network connection for network printing is also straightforward.
Printer setup was quick and seamless.
Connectivity
Wi-Fi connection is reliable and consistent.
This was a refreshing improvement compared to connectivity issues with other, pricier printers.
Ethernet and direct USB printing are also supported.
Cloud
Shining 3D printers currently lack cloud-based software options.
Open or Closed
Shining 3D printers are “open” with a moderately large library of validated third-party resins.
Heater
The Shining 3D AccuFab L4D lacks internal heating functionality.
Washing / Curing Machines
The Shining 3D AccuFab L4D pairs best with FabWash and FabCure 2 for a validated workflow. These are effective washing and curing units from Shining 3D.
However, users are not restricted to specific wash and cure units.
The Bottom Line
The Shining 3D AccuFab L4D is an excellent general-purpose dental 3D printer, suitable for both entry-level and advanced users.
While lacking speed for same-day applications and vat heating, it compensates with user-friendly software, easy connectivity, and a good range of dental resins.
For practices entering dental printing seeking a premium product without a premium price tag, the Shining 3D AccuFab L4D is a strong contender.
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SprintRay Pro 55 S Review
3D Printer Ratings
| Criterion | Rating |
|---|---|
| Print Speed | 4.5 |
| Reliability | 4 |
| Ease of Use | 5 |
| Software | 5 |
| Material Options | 4 |
| Investment Cost | $$$ |
Wash
Cure
3D PRINTER FEATURES
| Feature | Specification |
|---|---|
| Printer Type | DLP – 2K – 405 nm |
| Build Platform Size | Small – 105 x 59 mm + Crown Kit |
| Set Up Difficulty | Easy |
| Cloud Software | Yes – Fully Fledged with AI |
| Open System | Closed but many validated resins |
| Built-in Heater | ✅ |
| Connectivity | USB, WiFi, Ethernet |
Print Speed
The SprintRay Pro 55 S is considered a fast dental 3D printer, especially after the “Bolt Mode” update.
A flat model print takes 25-35 minutes at 100µm.
Combined with ProCure2’s rapid curing (models in 54 seconds), same-day capabilities are strong.
The Pro 55 S is chairside-focused. The crown kit enables extremely fast restoration printing (crowns in 10 minutes), making same-appointment applications feasible.
Ease of Use
Like the Pro 95 S, the Pro 55 S is very user-friendly.
Touchscreen is simple, intuitive, and menus are clear and logical.
It’s among the easiest systems to use currently.
SprintRay system is designed for dental staff delegation.
Reliability
Limited default support settings optimize print success, making the printer reliable.
Past failures were mainly due to manual support modifications.
Failures are infrequent but not entirely absent.
Software
SprintRay printers use RayWare software, available in desktop and cloud versions.
Both are user-friendly and functional. Desktop RayWare is more reliable and consistent but lacks cloud version features like “skinnier” supports and adjustable fit offset.
Both versions predict print failures and orient prints optimally.
RayWare desktop can occasionally crash, and cloud version performance can degrade with bulk printing (aligner models). Continuous updates are addressing these issues.
Overall, both software versions are excellent and among the best printer software available.
Material Options and Availability
A wide range of validated resins are available for SprintRay systems, including KeyPrint and NextDent ranges with official SprintRay settings.
SprintRay resins are biocompatible, allowing washing in the same unit.
SprintRay resins cover most indications, and some third-party resins are officially supported on the ProS 55, depending on region.
SprintRay printers are “open” in having a good library of validated third-party resins with official settings. However, regional availability may effectively make the system appear closed.
Investment Cost
Convenience and ease of use come at a premium. The Pro 55 S is the most expensive SprintRay printer.
Printer alone is around $10,495.00 USD, varying by region.
Most users will want the complete ecosystem with washing and curing units. Prowash and Procure 2 are around 3000 USD each.
Package deals offer discounts, with printer + wash + cure around 15,500 USD.
Not the cheapest system, but many consider the complete system worth the investment for peace of mind.
Printer Technology
SprintRay uses Digital Light Processing (DLP).
Custom-built 2K (1080P FHD) projector with Texas Instruments DLP chip (405 nm) LED light source with 50,000-hour lifespan.
Build Platform Size
The Pro 55 S is designed for small-item, low-volume printing, focused on chairside dental clinic use.
Surgical guides, splints, restorations fit easily. One or two models at a time depending on arch size.
Crown kit, exclusive to Pro 55 S, is designed for restorations, with a tiny build platform and resin tray.
Arch kit recently announced for full-arch printing (dentures, all-on-X).
The Pro 55 S is a small format printer for high-quality, fast, accurate prints.
- Total volume: 105 x 59 x 200 mm
- Build plate area: 6,195 mm2
Set-Up Difficulty
Printer comes pre-leveled, physical setup is easy. User-friendly menus simplify setup.
Wireless connection setup can be time-consuming, requiring network setting adjustments. Network connection issues are reported by some users; IT support may be needed.
Apart from wireless connectivity, setup is easy.
Connectivity
Multiple connectivity options: Ethernet, WiFi, or direct USB.
Jobs can be sent via IP address on the same network or via the cloud.
USB slot is conveniently front-mounted.
Cloud
SprintRay has the best cloud platform and software in the dental 3D printer market by a significant margin.
RayWare software is fully online, cloud-based, accessible via any browser.
Includes CAD design service and AI-designs integrated into the online platform.
SprintRay is focused on cloud integration, aiming for full printer control via the cloud, a continuously improving platform.
Heater
Pro S SprintRay printers feature resin tank and build platform heating, more effective than original Pro line printers.
Heaters function effectively.
Washing / Curing Machines
The SprintRay Pro 55 S is best paired with ProWash and ProCure2 units.
ProWash is a semi-automated 2-stage washing unit. Platform insertion initiates washing and drying, a rare semi-automated wash system.
ProWash is generally effective depending on model orientation. Some objects may remain slightly sticky; ultrasonic units may be better for temporaries or splints. Wash unit detects IPA change needs.
ProCure2 is an excellent addition to the SprintRay line, particularly with SprintRay resins. “Bolt mode” significantly reduces curing times (as low as 57 seconds), making it one of the best curing units.
The Bottom Line
The SprintRay ProS 55 is an excellent dental 3D printer for dental clinics, designed with dental offices in mind. While not excelling in a single category, it performs very well across all criteria.
Combined with a large SprintRay resin library, validated third-party resins, and a fast curing unit, it’s a fantastic general-purpose dental 3D printer for all dental team members.
SprintRay software and cloud offering are well-developed and user-friendly, making printing tasks easily delegable.
The Crown Kit spearheads permanent printed crown/restoration workflows, aiming to challenge traditional ceramic milling.
Overall, an excellent dental 3D printer. Downsides include premium cost, technically closed system, and small Pro 55 S build platform unsuitable for high-volume printing (1-2 models at a time). While well-marketed, it’s not the fastest printer available.
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SprintRay Pro 95 S Review
3D Printer Ratings
| Criterion | Rating |
|---|---|
| Print Speed | 4 |
| Reliability | 4 |
| Ease of Use | 5 |
| Software | 5 |
| Material Options | 4 |
| Investment Cost | $$$$ |
Wash
Cure
3D PRINTER FEATURES
| Feature | Specification |
|---|---|
| Printer Type | DLP – 2K – 405 nm |
| Build Platform Size | Medium – 182 x 102 mm |
| Set Up Difficulty | Easy |
| Cloud Software | Yes – Fully Fledged with AI |
| Open System | Closed but many validated resins |
| Built-in Heater | ✅ |
| Connectivity | USB, WiFi, Ethernet |
Print Speed
The SprintRay Pro 95 S is slightly slower than the Pro 55 S due to a larger build plate.
While not the fastest, it’s still considered a fast dental 3D printer, especially with the “Bolt Mode” update, also available for this model.
A flat model print takes 30-35 minutes at 100µm.
Combined with ProCure2’s rapid curing, it’s suitable for some same-day indications.
The Pro 95 S, with its larger build plate, is positioned as a higher-volume/lab-focused printer in the SprintRay range, suitable for labs or high-volume in-clinic printing.
Ease of Use
Like the Pro 55 S, the Pro 95 S is very user-friendly.
Touchscreen is simple and intuitive. The SprintRay ecosystem has an “Apple” feel.
Menus are polished and easy to follow, software is well-designed, and operation is smooth.
Out-of-box setup is straightforward.
Reliability
Reliability is good. Default support settings ensure print success, even for 3D printing novices. Everything is optimized for print reliability.
Like the 55 S, occasional failures occur, mainly when pushing printer limits.
Software
SprintRay printers use RayWare software, desktop or cloud-based.
Both versions are user-friendly. Desktop RayWare is more reliable and consistent but lacks cloud version features like “skinnier” supports and adjustable fit offset.
Both versions predict print failures and orient prints optimally.
RayWare desktop can occasionally crash, and cloud version can struggle with bulk printing (aligner models). Continuous improvements are being made.
Overall, both software versions are excellent and among the best printer software.
Material Options and Availability
A wide range of validated resins for SprintRay systems, including KeyPrint and NextDent ranges with official settings.
SprintRay resins are biocompatible, allowing washing in the same unit.
SprintRay resins cover most indications, and some third-party resins are officially supported on the Pro 95 S, depending on region.
SprintRay printers are “open” in having a good library of validated third-party resins with official settings. However, regional availability may effectively make the system closed.
Investment Cost
The SprintRay Pro 95 S is slightly less expensive than the 55 S. Convenience and ease of use come at a premium.
Printer alone is around $9,495.00 USD, varying by region.
Most users will want the complete ecosystem with washing and curing units. ProWash and ProCure 2 are around 3000 USD each.
Package deals offer discounts, with printer + wash + cure around 15,000 USD.
Not the most economical, but offers significant benefits.
Printer Technology
SprintRay uses Digital Light Processing (DLP).
Custom-built 2K (1080P FHD) projector with Texas Instruments DLP chip (405 nm) LED light source with 50,000-hour lifespan.
Build Platform Size
The Pro 95 S is designed for higher-volume printing, aimed at labs or ortho clinics, with less focus on general dental practices.
The Pro 95 S has a significantly larger build plate than the 55 S.
The platform accommodates 6-8 trimmed models horizontally or 10-12+ vertically.
Set-Up Difficulty
Like the Pro 55 S, the printer comes pre-leveled, and physical setup is easy. User-friendly menus simplify setup.
Setup is straightforward; simply follow on-screen prompts.
Connectivity
Multiple connectivity options: Ethernet, WiFi, or direct USB.
Jobs can be sent via IP address on the same network or via the cloud.
USB slot is conveniently front-mounted.
Cloud
SprintRay has the best cloud platform and software in the dental 3D printer market.
RayWare software is fully online, cloud-based, accessible via any browser.
Includes CAD design service and AI-designs integrated into the online platform.
SprintRay is focused on cloud integration, aiming for full printer control via the cloud, a continuously improving platform.
Heater
Pro S SprintRay printers feature resin tank and build platform heating, more effective than original Pro line printers.
Heaters function effectively.
Washing / Curing Machines
ProWash is a semi-automated 2-stage washing unit. Platform insertion initiates washing and drying.
ProWash is generally effective depending on model orientation. Some objects may remain slightly sticky; ultrasonic units may be better for temporaries or splints. Wash unit detects IPA change needs.
ProCure2 is excellent, particularly with SprintRay resins. “Bolt mode” significantly reduces curing times (as low as 57 seconds), making it one of the best curing units.
The Bottom Line
The SprintRay Pro 95 S is a great all-around dental 3D printer, positioned for users needing a larger build platform than the Pro 55 S.
Shares pros and cons with Pro 55 S: ease of use, excellent software, large material selection, etc. Cost is the main drawback, as cheaper model printers are available.
SprintRay offers a complete workflow. Their printers are popular for good reason. Everything operates smoothly, and the ecosystem is refined.
With a fast curing unit and semi-automated wash, it’s a fantastic general-purpose dental 3D printer for all dental team members.
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Straumann P20+ Review / Rapid Shape D20+ Review
3D Printer Ratings
| Criterion | Rating |
|---|---|
| Print Speed | 3.5 |
| Reliability | 4 |
| Ease of Use | 3.5 |
| Software | 2.5 |
| Material Options | 4.5 |
| Investment Cost | $$$$ |
Wash
Cure
3D PRINTER FEATURES
| Feature | Specification |
|---|---|
| Printer Type | DLP – 2K – 385 nm |
| Build Platform Size | Small – 133 x 75 mm |
| Set Up Difficulty | Medium |
| Cloud Software | None |
| Open System | Open |
| Built-in Heater | ❌ |
| Connectivity | USB, WiFi, Ethernet |
In 2017, Rapid Shape partnered with Straumann to leverage Straumann’s global distribution for their 3D printers. This review covers the Rapid Shape D20+, commonly known as the Straumann P20+, Straumann’s primary dental distribution channel, which name we’ll use for the review.
Print Speed
The Straumann P20+ has moderate print speed, neither particularly slow nor fast. It’s an above-average mid-range option.
A flat model print takes 35-45 minutes at 100µm layer thickness.
It’s faster than LCD printers and some other DLP dental 3D printers.
Ease of Use
The Straumann P20+ is generally user-friendly. The touchscreen is relatively simple but can be slightly confusing depending on accessed menus. Menu simplification could improve usability.
The Netfabb software is initially intimidating and complex. However, once familiar, the printing experience is generally easy.
Reliability
The Straumann P20+ performs best as a complete system with P Wash and P Cure units. Integrated system operation automatically adjusts wash and cure profiles based on printed resin.
Vacuum curing is a valuable feature for biocompatibility, often overlooked by competitors. The wash unit detects IPA change needs.
The physical workflow is well-designed, particularly for biocompatible resins.
Overall system performance is good. A notable omission is internal heating functionality, surprisingly absent.
Software
Software is a weaker point of the Straumann P20+. Netfabb software is less user-friendly.
The user interface is visually unappealing and initially daunting.
It’s among the harder slicing software programs to use, with limited customization for support settings and positioning beyond defaults.
Top-down software workflow attempts within Netfabb are present but less user-friendly and delegable than other printer software.
Material Options and Availability
Straumann offers a good range of dental resins. Additionally, a healthy selection of third-party resins are validated for the P series, including Keysplint Soft, VOCO, and Crowntec.
Dental application resins are readily available for this printer, depending on location.
While not as open as printers like Phrozen, Straumann/Rapid Shape printers offer a commendable range of validated resins.
Investment Cost
Convenience and ease of use come at a higher price.
The Straumann Printer costs around $14,000 USD, varying by region.
The complete system with wash and cure units costs around $23,000 USD.
Printer Technology
DLP printer with 1920 x 1080 px resolution.
2K (1080P) projector uses a 385 nm UV LED light source.
Build Platform Size
The build platform is more clinic-tailored than lab-focused.
It accommodates 3-5 trimmed models horizontally or 6-8 vertically.
- Total volume: 133 x 75 x 115 mm
- Build plate area: 9,975 mm2
Set-Up Difficulty
Printer comes pre-leveled, physical setup takes some time.
Connecting printer with wash and cure units required technical assistance, well-supported by readily available local technicians.
Setup is not the easiest but doesn’t require full technician installation.
Connectivity
Connectivity via Ethernet, WiFi, or USB is reliable and consistent.
Intelligent Connectivity feature enables communication between the Straumann P20+ printer and P wash and P cure units.
Established system connection allows printer to forward print jobs to post-processing units, automating cleaning and curing based on transmitted data, reducing costs and increasing process reliability.
Cloud
No cloud-based software is available for the Straumann P20+.
Heater
The P20+ surprisingly lacks a vat heater, a common feature in most popular dental 3D printers in this price range.
Printing performance didn’t seem affected in testing. However, heater absence may impact printing in cooler environments.
Temperature-controlled room and resin storage in the same room are recommended for print reliability.
Washing / Curing Machines
The Straumann P20+ is best paired with P Wash and P Cure for a smooth, predictable, and reliable workflow.
P Wash is designed for small items, not bulk washing applications like aligner models.
Vacuum curing in P Cure enhances biocompatibility by removing the oxygen-inhibited layer. No external air compressor needed.
The compact system fits well on a benchtop, with the curing unit stacking on the wash unit, suitable for limited spaces.
The Bottom Line
The Straumann P20+ is a strong entry into dental 3D printing.
While software and user interface usability are weaker points, it compensates with an extensive resin library and a streamlined physical workflow for printing, washing, and curing.
Future software improvements are planned, positioning the P20+, P Cure, and P Wash system as one to watch, particularly for biocompatible prints like splints, surgical guides, and restorations.
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Uniz NBEE Review
3D Printer Ratings
| Criterion | Rating |
|---|---|
| Print Speed | 5 |
| Reliability | 3 |
| Ease of Use | 3.5 |
| Software | 4 |
| Material Options | 3 |
| Investment Cost | $$$$ |
Wash
Cure
3D PRINTER FEATURES
| Feature | Specification |
|---|---|
| Printer Type | LCD |
| Build Platform Size | Medium |
| Set Up Difficulty | Medium |
| Cloud Software | Yes – Fully Fledged with AI |
| Open System | Closed but many validated resins |
| Built-in Heater | ✅ |
| Connectivity | USB, WiFi, Ethernet |
The Uniz NBEE stands out in the competitive dental 3D printing market for its speed, advanced technology, and material versatility, catering to dental practices and labs prioritizing efficiency and precision.
UNIZ is notable in 3D printing, particularly for SLA and LCD printers focused on speed and precision.
They have established a niche in delivering fast and highly detailed printers.
UNIZ’s UV LCD technology for rapid resin curing enables simultaneous layer curing. They market the UNIZ NBEE as the “world’s fastest 3D printer”.
Let’s explore the speed-enhancing features of the UNIZ NBEE dental 3D printer.
Print Speed
Unparalleled Speed: Prints 6 full dental arches in 5 minutes, ideal for high-volume production. Orthodontic models (18) in 18 minutes with zDental Model resin.
Dental labs: Die Models and Implant Models in 30 minutes at 50µm resolution.
Crown Bridge Resins: Standard 20-minute print time, efficient for chairside temporary restorations.
Surgical Guides: 12 minutes at 100µm resolution.
Ease of Use
Plug-and-Play Operation: Minimal setup for seamless operation. Includes video and PDF instructions for easy setup and calibration.
Reliability
Advanced Liquid Cooling and Air Purification Systems: Maintains operational temperatures below 40℃, enhancing printing environment and printer lifespan.
Software
AI-Enhanced Software: Optimizes print orientation and nesting for dental applications.
Seamless Integration: Compatible with leading 3D scanning and digital design software.
Uniz Dental software provides step-by-step workflow from import to slicing.
Material Options and Availability
Extensive Dental Resin Range: Supports over 40 third-party resins, encouraging experimentation and customization.
Resin Temperature Control System: Maintains optimal reaction temperatures for consistent print quality, especially with third-party resins. Software allows profile creation for specific resins.
Investment Cost
Cost-Effectiveness: Priced around $11,000 USD, balancing advanced features and ROI.
High Power Collimated Light Source: Delivers 16mW/cm² with 95% uniformity, ensuring even resin curing.
Replaceable printing films on resin trays are more cost-effective.
Printer Technology
Innovative LCD Stereo Lithography: Ensures dental printing precision and quality with a large 192 x 120 x 180 mm build platform.
Micro-Stereo Composite and Low Force Stereo Peel Technology: Enhances printed model structural integrity and precision.
Washing / Curing Machines
U Cure and U Wash units are available.
Connectivity
Versatile Connectivity Options: Includes Wi-Fi, Ethernet, and USB.
Open System Design: Adaptable to diverse dental printing needs.
The Bottom Line
The Uniz NBEE is a powerful asset for dental 3D printing, distinguished by exceptional speed, reliability, and material versatility. Software integration, efficient resin management, and innovative features make it ideal for professionals seeking efficiency and advanced technology. The Uniz NBEE’s productivity enhancement makes it a strategic investment for modern dental practices.
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Dental 3D Printer Review Table
| 3D Printer | Speed | Reliability | Ease of Use | Software | Material Options | Cost | Printer Type | Size | Cloud Software | Open System | Built-in Heater | Connect | Wash & Cure |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| Ackuretta Dentiq | 2.5 | 2.5 | 5 | 3.5 | 4.5 | $ | RGB LCD | Medium | ✅ | ❌ | USB, WiFi, Ethernet | ✅ | |
| Ackuretta SOL | 4 | 4 | 5 | 3.5 | 4.5 | $$ | Mono LCD | Small Medium Large | ✅ | ✅ | ❌ | USB, WiFi, Ethernet | ✅ |
| Asiga Max UV | 3.5 | 5 | 4 | 3 | 5 | $$$ | DLP | Small | ✅ | ✅ | WiFi and Ethernet | ❌ | |
| Dentafab Sega | 5 | 4 | 3 | 3 | 5 | $$$ | DLP | Small | ✅ | ✅ | USB & Wi-Fi | ✅ | |
| Dentsply Sirona Primeprint | 3 | 4 | 4 | 3.5 | 2.5 | $$$$$ | DLP | Small | ❌ | ✅ | USB and Ethernet | ✅ | |
| FormLabs 3B+ | 2 | 4.5 | 4 | 4 | 3 | $$ | SLA | Medium | ✅ | ❌ | ✅ | USB, WiFi, Ethernet | ✅ |
| HeyGears UltraCraft ChairSide | 4 | 4 | 5 | 3.5 | 3.5 | $$$$ | DLP | Small | ✅ | ❌ | ✅ | USB and WiFi | ✅ |
| NextDent 5100 | 5 | 4 | 3.5 | 3 | 3.5 | $$$$ | DLP | Small | ❌ | ✅ | Ethernet only | ✅ | |
| Phrozen Sonic 4K 2022 | 1 | 4 | 3 | 3.5 | 4.5 | $ | Mono LCD | Small | ✅ | ✅ | USB, WiFi, Ethernet | ❌ | |
| Phrozen Sonic Mini 4K | 2 | 3 | 3 | 2.5 | 4 | $ | LCD | Small | ✅ | ❌ | USB Only | ❌ | |
| Shining 3D L4D/L4K | 2.5 | 3.5 | 3.5 | 4.5 | 4.5 | $$ | LCD | Large | ✅ | ❌ | USB, WiFi, Ethernet | ✅ | |
| SprintRay Pro 55 S | 4.5 | 4 | 5 | 5 | 4 | $$$ | DLP | Small | ✅ | ❌ | ✅ | USB, WiFi, Ethernet | ✅ |
| SprintRay Pro 95 S | 4 | 4 | 5 | 5 | 4 | $$$$ | DLP | Medium | ✅ | ❌ | ✅ | USB, WiFi, Ethernet | ✅ |
| Straumann P20+ | 3.5 | 4 | 3.5 | 2.5 | 4.5 | $$$$ | DLP | Small | ✅ | ❌ | USB, WiFi, Ethernet | ✅ | |
| Uniz NBEE | 5 | 3 | 3.5 | 4 | 3 | $$$$ | LCD | Medium | ✅ | ❌ | ✅ | USB, WiFi, Ethernet | ✅ |
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Dental 3D Printer Review Authors
Dr Andrew Ip
Dr Ahmad Al-Hassiny
Dr Tom Shao
This dental 3D printer review is a collaborative effort by Drs Andrew, Ahmad, Tom, and the iDD Lab team. Special thanks to Dr Andrew Ip for his significant contributions.
Dr. Andrew Ip is a Sydney-based general dentist specializing in digital dentistry, with expertise in various dental 3D printing technologies. He has extensive experience with over 19 different 3D printers and practices in complex crowns, bridges, orthodontics, and implant dentistry. His qualifications include a Graduate Diploma in Orthodontics and a Masters of Science in Implantology and Dental Surgery, and a Graduate Diploma in Digital Dentistry.
Dr. Tom Shao, a respected dental surgeon, is dedicated to staying at the forefront of modern dentistry through continuous education at national and international conferences. He also conducts 3D printing courses on the Gold Coast.
