The Ø140 × 100 mm cylindrical build area is optimized for the batch production of denture frameworks, crowns, bridges and implant restorations.
With dimensions of 970 × 815 × 1,750 mm, the system integrates easily into dental laboratories and digital production centers.
Scan repeatability of ≤2 μrad and dimensional accuracy of ±0.1 mm for parts up to 100 mm support consistent production of precision dental components.
Argon or nitrogen consumption of ≤1 L/h helps control operating costs during routine dental production.
Scan repeatability of ≤2 μrad, 99.9% linearity, and scanning speeds of up to 10 m/s provide accurate laser positioning and consistent forming quality.
The 500W laser supports stable processing of cobalt-chrome, titanium alloys and commercially pure titanium used in dental manufacturing.
Closed-loop atmosphere management maintains oxygen concentration at ≤100 ppm, with argon or nitrogen consumption of ≤1 L/h.
A permanent filter rated for at least 30,000 hours reduces replacement frequency, maintenance requirements, and operating downtime.
Enables high-precision, batch production of denture frameworks, crowns and bridges, implant restorations, and other customized dental products—helping laboratories improve productivity and advance digital manufacturing.
Provides a stable and flexible metal additive manufacturing platform for materials research, process development, technical training, and structural validation—helping universities and research institutions turn experimental concepts into physical parts.
Supports titanium alloys, commercially pure titanium, and complex porous structures for rapid development of customized medical components—reducing tooling requirements and accelerating the transition from design validation to small-batch production.
Combines a 500 W laser with a Ø140 × 100 mm build volume to support centralized, high-volume dental production—improving output per build while ensuring consistent quality across different orders and batches.
The company has various laser additive manufacturing and remanufacturing equipment, which can form a variety of materials. The components meet the dental technical specifications, and the size covers all particle sizes.
Have questions about our metal 3D printing systems or solutions? Tell us about your application and requirements. Our team will get back to you within 24 hours.
The company has various laser additive manufacturing and remanufacturing equipment, which can form a variety of materials. The components meet the dental technical specifications, and the size covers all particle sizes.
