UNIZ
The currently fastest printer on the market
Uniz NBEE
Experience the pinnacle of speed, precision, and reliability with the UNIZ NBEE 3D printer.
Achieve unparalleled efficiency in printing models, setting a new global benchmark. In as low as 8 minutes (duration varies with model height), the UNIZ NBEE produces 6 dental arches, firmly establishing its position as the fastest 3D printer available for both orthodontic practices and laboratories.
As a further option, we present the UNIZ SLASH 2 PLUS, an enhanced desktop 3D printer. Within a mere 18 minutes, this cutting-edge model crafts 6 dental arches simultaneously, showcasing exceptional advancement in dental printing technology.
Both UNIZ 3D printers are compatible with Tera Harz TC-85, the resin for Direct Print Aligners from Graphy.
UNIZ NBEE
Highest speed and highest quality in 3D printing
- Unmatched printing speed
Average aligners models (15 mm high) in approx. 8 minutes
(time depending on model height) - Patented highly efficient liquid cooling and resin temperature control system
Maintains reaction temperature of resins at an adequate level for stable processes and extends the lifetime of the LCD-screen - Light source
Patented high power collimated light source with 16 mW/cm² and 95% uniformity - Patented low force stereo peeling technology
Micro-stereo composite peeling structures reduce pull-off forces - Open material system
Compatible with more than 100 dental resins for a large variety of applications
UNIZ SLASH 2 PLUS
High speed and highest quality in 3D printing
- High printing speed
Average aligners models in approx. 18 minutes (depending on model height). Up to 250mm/hr in the lab - Patented highly efficient liquid cooling and resin temperature control system
Maintains reaction temperature of resins at an adequate level for stable processes and extends the lifetime of the LCD-screen - Light source
Patented high power collimated light source with 12 mW/cm² and 95% uniformity - Separation technology
Polymer film natural peel - Open material system
Compatible with more than 100 dental resins for a large variety of applications
High efficiency liquid cooling
Keeps system temperature below 40 °C
Micro stereo composite
Patented low-power stereo peel technology
Collimated high power light source
12 or 16 mW/cm² high power, 95% uniformity
Resin Temperature Control System
Maintaining the optimum reaction temperature
U Wash
Effective cleaning of 3D prints for immaculate results
Efficient 6-minute cleaning (2 cycles) with powerful ultrasound generator (2500 mW/cm²) and 40,000 Hz chamber resonator. User-friendly touch screen operation with customizable programs and economical in the usage of isopropanol. Ideal for fast and thorough cleaning.
U Cure
A revolution in 3D printing polymerization
Top-of-the-line LED polymerization unit: U-Cure offers a light output of 120,000 mJ/cm² at 90% uniformity for superior 3D printing results. Thanks to an algorithm optimized LED array, materials cure in just 1 minute. Multi-directional UV light and long-life LEDs ensure top performance.
U Air
Whisper-quiet reduction of unpleasant odors
The solution against unpleasant odors in resin 3D printing. With effective air exchange through brushless centrifugal motors, quiet operation thanks to sound insulation and individually adjustable air volume. U Air removes odors and resin particles with fleece, HEPA and activated carbon filters, for a pleasant working environment.
Advanced Dental Slicing Software
The UNIZ Dental Slicing software offers a user-friendly interface and intuitive functionality. This enables seamless import, editing, and conversion of your 3D data into premium print files, facilitating the creation of physical objects with the utmost quality.
Integration & Partnership
The UNIZ NBEE and SLASH 2 PLUS 3D printers effortlessly integrate into the digital workflows of orthodontic and dental practices, as well as laboratories, through established interfaces with leading providers of intraoral scanning solutions:
High precision models
— printed with UNIZ NBEE
99.91% of data points within original data at Z‑resolution of 100 µm
Download UNIZ brochure
Further information and details can be found in our brochure.