The Ø140 × 170 mm build volume accommodates taller components and expands production possibilities beyond conventional compact-format systems.
The standard 4 L powder supply can be expanded with an optional 10 L external powder hopper for taller builds and longer production cycles.
A footprint of 970 × 815 mm and AC 220 V power supply make the system easier to install in laboratories, workshops and distributed manufacturing environments.
Supports cobalt-chrome, titanium alloys, and commercially pure titanium to meet diverse dental manufacturing requirements.
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.
A flexible recoater supports uniform powder deposition across layer thicknesses from 20 to 120 μm.
Build-plate preheating up to 200°C helps manage thermal gradients and supports reliable processing of demanding metal alloys.
A permanent filter rated for at least 30,000 hours reduces replacement frequency, maintenance requirements, and operating downtime.
Enables rapid production of functional metal prototypes, shortening development cycles and supporting faster design verification.
Produces complex, low-volume metal parts with integrated geometries—reducing dependence on tooling and conventional multi-step manufacturing.
Supports tool-steel mold inserts, conformal cooling structures and customized tooling components for improved development flexibility.
Provides an open, multi-material platform for alloy development, parameter research, additive manufacturing education and process validation.
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.
