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Desktop Dental Metal 3D Printer
The MT100 is a desktop metal 3D printer tailored for personalized dental manufacturing, scientific research, education, and practical training scenarios. The equipment supports forming and printing with metal materials including cobalt/nickel-chromium alloys, titanium alloys, high-temperature alloys, and steel alloys, dedicated to providing users with high-quality desktop-leveldevices and flexible, convenient innovative intelligent manufacturing solutions.
- Desktop Metal-Based 3D Printer
- Equipment weight <150kg Compact and agile
- Dental, Research and Teaching Desktop Computer
Product Features
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01 Desktop-level compact footprint, flexibly adaptable to multiple scenarios
Featuring a highly integrated design, the MT100 occupies less than half a square meter(only 0.46 nf) and weighs ≤150kg, allowing convenient placement on a desktop. It issuitable for diverse environments such as dental clinics, laboratories, and educational and scientific research institutions, effectively saving user space while significantly enhancing the flexibility and convenience of equipment deployment.
02 Industrial-grade high quality, stable and reliable
The MT100 inherits the quality standards of the Glorious industrial-grade equipment series, integrating the proprietary Glorious Control system. Leveraging visual interaction and intelligent slicing algorithms, it guarantees stable and efficient operation, providing users with consistent high-precision printing performance. Itembodies a true ‘desktop form factor with an industrialcore.
03 Convenient and personalized printing, meeting diverse requirements
The device offers a build volume of b100x80mm, specifically optimized for dental crowns, supports, and small components used in educational and scientific research,accommodating personalized customization, research innovation, and small-batch production demands.
04 Efficient and high-quality forming, enhancing production efficiency
The MT100 features a 300W laser system, high-speed scanning, and a unidirection alvariable-speed powder deposition mechanism, achieving a forming efficiency of 15 cmper hour. It requires only 3 hours to complete a full-plate print job of dental crowns(100-120 units) or dental frameworks (6-8 units). The forming process ensures locked ultra-high precision at +0.02 mm, precisely controlling the dimensional tolerance of complex structural components and precision products. The final parts achieve adensity exceeding 99.9%, with outstanding mechanical performance.
05 This is a simple headline operation, low-maintenance
The MT100 features a simple and convenient operation, supporting one-click printing;The device utilizes an upward powder feeding system combined with a modular powder path design, enabling rapid powder replacement and extended maintenance intervals, there by significantly reducing operating and labor costs.
06 real-time full-process monitoring, establishing a closed-loop traceability system for build quality
The system integrates a high-definition visual monitoring setup that synchronously records production data, operational commands, and process parameters. It captures real-time images of the printing layer status and powder spreading uniformity,preserving critical information through out the printing and powder laying processesThis creates a comprehensive ‘operation-parameters-imagery’ full-link data archive,ensuring each component is traceable and auditable, thus providing strong support for process optimization and quality assessment.
07 Core parameters fully open source, freely editable and flexibly deployable
Overcoming the limitations of fixed parameters, the MT100 enables comprehensive autonomous adjustments of core process parameters such as laser power and scanning speed. Users can flexibly tailor printing strategies according to material properties tomeet diverse scenario and batch printing demands. Additionally, the device ispreloaded with multiple sets of validated powder printing parameters, readily accessibleto eliminate barriers between material and process compatibility, thus providing arobust platform for scientific research innovation and process optimization.
08 Safe and stable operation, preemptive risk prevention
Regarding safety assurance, the MT100 has secured multiple safety certifications; The equipment features a permanent filtration system, eliminating the need for filter cartridge cleaning. Coupled with automatic inert atmosphere monitoring and explosion-proof design, the oxygen content is continuously maintained below 100 ppm,ensuring safe and stable long-term operation.
Product Parameters
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| Technologh Parameters | |
|---|---|
| Materials | Cobalt-chromium Alloy, Titanium and Titanium Alloy, Refractory Metal, Intermetallic Compound, etc. |
| BuildSize | Φ100mmx80mm (DxH) |
| Laser System | 300Wx1 |
| Scanning System | High-Precision Scanning Galvanometer |
| Beam Focus System | F-theta Optical Field Mirrors |
| Beam Quality | M2≤1.1 |
| Spot Diameter | 35~50μm |
| Max Scanning Speed | 7m/s |
| Layer Thickness | 30~40μm |
| Powder Spreading | Single Variable Speed |
| Gas Protection | Ar/N2 |
| Oxygen Content | ≤100ppm |
| Efficiency | 15cm3m |
| Host Dimension | 675mmx675mmx900mm (LxWxH) |
| Power Supply | AC220V |
| Power Consumption | 3KW |
| Equipment Weight | About 150kg |
Product Advantage
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Dental Bracket
Dental, Research and Teaching Desktop Computer
Dental Crown
Desktop Metal-Based 3D Printer
Finished Product Photos
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Product Operation Demonstration
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User Reviews
This metal printer boasts exceptional printing accuracy, and its built-in parameters can be adjusted to suit individual needs, making it highly practical. I recommend this product to all dental laboratories.
This metal printer can monitor and record data in real time, and its assembly and maintenance are relatively simple, greatly improving the efficiency of our dental laboratory.
Related Downloads
Download detailed product documents including brochure, technical specifications, user manual, and certifications to learn more about the machine’s features, performance, and compliance information.
