3D Resins
3D Printing Trays
3D Printing Trays
3D Resins
3D Printing Trays
Asiga Max 2 UV Dental 3D Printer
Asiga Max 2 UV 3D Printer is a compact high-precision DLP system designed for dental and laboratory applications.
The printer delivers reliable performance through precise layer control, stable light output, and advanced imaging technology, ensuring consistent results and efficient production.
Technology
- DLP (Digital Light Processing)
- Smart Positioning System (SPS™) for precise layer control
- DLP micromirror projection system
Key Features
- Accurate layer thickness control with SPS™
- Reliable DLP imaging technology
- Auto-calibrating UV LED with integrated radiometer
- Consistent long-term printing performance
- Open material system with broad compatibility
Build Volume
- Max 2 (50): 96 × 54 × 76 mm
- Max 2 (62): 119 × 67 × 76 mm
Resolution
- Pixel size: 50 µm (Max 2 50)
- Pixel size: 62 µm (Max 2 62)
Light Source
- UV LED: 385 nm (standard)
- Optional: 405 nm
Material Compatibility
- Open material system
- Compatible with over 500 validated resins
- Supports the use of third-party materials
Software & File Support
- Software: Asiga Composer (lifetime updates included)
- File formats: STL, SLC, PLY, STM
Connectivity
- WiFi
- Wireless Direct
- Ethernet
System Specifications
- Dimensions: 260 × 385 × 370 mm
- Weight: 19.3 kg
Power Requirements
- 12V, 10A, 120W
Package Contents
- 3D printer
- Composer software
- 1 kg Asiga material
- 1 L build tray
- Flash post-curing chamber
- Calibration toolkit
Warranty & Support
- 12 months manufacturer warranty
- Lifetime technical support included
Recommended Equipment & Materials
3D Resins
Photopolymer resins designed for DLP 3D printing ensure accurate and reliable results.
3D Printing Trays
Build trays are required for material handling and consistent printing performance.
3D Cleaning Liquids
Cleaning solutions are used for post-processing and removal of uncured resin.
Curing Units
UV curing units are used for post-processing to fully harden printed parts and achieve final mechanical and material properties.
Additional Information
- For detailed material specifications and additional technical information, please refer to the official manufacturer page: https://www.asiga.com
- Asiga Max Brochure
Description
DLP (Digital Light Processing) Micromirror Technology
It is a key component used in Asiga Max 2 UV printers for additive manufacturing, particularly in the field of 3D printing. Asiga Max 2 UV printers employ DLP technology to cure photopolymer resin layer by layer, allowing for the creation of precise and highly detailed objects.
Dentistry
Crafting dental models, crowns, bridges, and orthodontic appliances requires precision. The printer's capability to capture intricate details guarantees that each item accurately reflects the patient's requirements, enhancing the standard of dental care.
Open Material System
This versatility gives users the freedom to explore a diverse range of materials sourced from different manufacturers. The option to select the ideal material for each project encourages creativity and guarantees the achievement of desired outcomes.
SPS™ Smart-Positioning-System Technology
At the core of the Asiga Max 2 UV is the Smart-Positioning-System™ technology, which enhances precision to an unmatched degree. By meticulously positioning each layer, the printers ensure unwavering accuracy, leading to flawless prints consistently. This feature is crucial, particularly in applications where even the slightest fraction of an inch matters.
Fastest Material Changeover
Its rapid material changeover capability enables users to transition between materials in less than 30 seconds, reducing downtime to a minimum. This functionality holds significant importance, especially in industries where swift prototyping and production are essential.
Auto-Calibrating UV LED
This feature incorporates sensors and feedback mechanisms within the printer system to monitor and adjust the output of the UV LEDs during the printing process automatically. This ensures that the intensity and distribution of UV light remain consistent throughout the printing job.
Exceptional Reliability
Asiga Max 2 UV has built a solid reputation for its reliability and precision, establishing itself as a trusted instrument in laboratories and dental clinics across the globe. Its dependable performance has earned the trust of professionals who prioritize excellence.
Free and Unlimited Lifetime Technical Support Guaranteed
| TECHNICAL SPECIFICATIONS | MAX 2 UV |
|---|---|
| Build Volume X, Y, Z | 119 × 67 × 76mm 4.69 × 2.64 × 2.95 inches |
| Pixel Resolution | 62µm |
| Technology | DLP |
| LED Wavelength | 385nm (high power UV LED) or 405nm |
| Material Compatibility | Asiga materials, 100% Open Material System — use any suitable third party material |
| Software | Asiga Composer software. Lifetime updates included |
| File Inputs | STL, SLC, PLY, STM (Asiga Stomp file format) |
| Network Compatibility | Wifi, Wireless Direct, Ethernet |
| Power Requirements | 100 to 240 VAC, 500 Watts |
| Dimension | 260 × 385 × 370mm / 19 kg 10.2 × 15.2 × 14.5 inches / 42.6 lb |
| Package Dimension | 410 × 500 × 480mm / 21.6 kg 16.1 × 19.7 × 18.9 inches / 47.6 lb |
| Warranty | 12 months manufacturer’s warranty |
| Technical Support | 12 months Articon technical support included |
| Bundle Includes | 3D printer, Composer software, 1 kg Asiga material, 1L build tray, Asiga Flash post-curing chamber, calibration toolkit |
| Weight | 47.6 lbs |
|---|---|
| Dimensions | 16.1 × 19.7 × 18.9 in |
| Otoflash Curing Unit | No, Otoflash with N2 Hook-up (+$3,650), Otoflash w/o N2 Hook-up (+$2,950) |
Brand
Asiga
Founded in 2011, Asiga pioneered the first LED-based DLP 3D printer, bringing professional-grade stereolithography to the desktop for the first time. Today, their MAX and PRO 4K platforms are trusted benchmarks in clinical and laboratory settings around the world.
All Asiga printers are designed and manufactured in Sydney, Australia, where their engineering and material science teams work together to develop both hardware and resins in parallel. The result is a tightly integrated system where printer and material performance are optimized for each other from the ground up.
Their dental resin range covers the full scope of lab and clinical applications, including crowns, bridges, splints, surgical guides, and orthodontic models. Every formulation meets the biocompatibility requirements for dental and intraoral use. Asiga maintains offices in Australia, the United States, and Germany to provide direct support to dental professionals across all major markets.
