DMK Laser 500W Metal 3D Printer GT100

Product Description

The GT100 Metal 3D Printer is a high-precision metal additive manufacturing system designed for advanced R&D, medical applications, and educational training. Based on the powder bed fusion (PBF) technology, the GT100 uses laser sintering to transform digital 3D designs into dense, durable metal parts layer by layer. By integrating cutting-edge optics, material science, and digital manufacturing technology, the GT100 enables users to realize complex geometries, lightweight structures, and faster production cycles—all while reducing cost and waste.

Ideal for labs, universities, medical facilities, and enterprises seeking compact yet powerful AM solutions, the GT100 offers industry-leading 30μm spot size resolution and a fully open software and materials system to support innovation across diverse sectors.

Key Advantages

• Designed for R&D and Medical Applications
  Tailored to meet the precision and reliability demands of the research and healthcare sectors.

• Ultra-Fine Printing Precision
  Industry's smallest laser spot diameter—30μm—ensures exceptional surface detail and fine feature reproduction.

• User-Centric Interface
  Intuitive and visualized software design for easy operation, real-time monitoring, and maintenance-friendly access.

• High-Accuracy Forming System
  Custom-developed optical path and airflow systems ensure uniform powder spreading and stable part quality.

• Open Platform Compatibility
  Supports multiple metal powders and customizable process parameters to fit various R&D and production needs.

• Detailed Build Log Tracking
  Automatically records build data including layer number, chamber temperature, gas levels, build cylinder position, and more—ensuring traceability and quality assurance.

• Safe and Stable Operation
  Integrated dual-filtration system with nitrogen or argon shielding for a secure and clean working environment.

Technical Specifications

Specification	Details
Equipment Dimensions	980mm × 980mm × 1780mm
Build Volume	110mm × 110mm × 100mm
Forming Accuracy	±0.05mm
Powder Feeding	Powder Cylinder Feeding
Layer Thickness	20–100μm
Laser Spot Diameter	30μm / 50μm
Laser Power	500W
Scanning Speed	≤7 m/s
Build Speed	5–20 cm³/h
Oxygen Content	≤100 ppm
Gas Protection	Nitrogen (N₂) / Argon (Ar)
Machine Weight	850kg
Power Consumption	2.5KW
Software	Magics + BP, 3DXpert
Supported File Formats	STL / OBL / STEP
Compatible Materials	Stainless Steel, Tool Steel, Cobalt-Chrome Alloy, Superalloys, Titanium Alloy, Aluminum Alloy

Application

Mold Manufacturing

• Create conformal cooling channels to reduce cooling time and part deformation.

• Shorter production cycles and lower manufacturing costs.

• Enhanced mold productivity and precision for injection molding and die-casting industries.

Tire Mold

Die Casting Mold

Shoe Mold

Aerospace & Aviation

• Manufacture complex, weight-optimized structures.

• Reduce R&D lead time for new aerospace components.

• Improve material utilization and minimize stress concentration for increased service life.

Engine

Automotive Industry

• Enable fast prototyping and production of custom components.

• Support ergonomic design and structural light-weighting.

• Realize safer and more comfortable user experience through customized designs.

Car engine hood

Medical and 3C Electronics

• Manufacture titanium alloy medical implants and electronic parts with improved precision and reduced cost.

• Allow scalable production of personalized, lightweight consumer electronics.

• Address the challenge of machining hard-to-process materials like titanium with high yield and minimal waste.

Cobalt-Chromium Alloy

Tantalum Alloy

Education & Research

• An ideal tool for hands-on additive manufacturing training in universities and institutes.

• Supports experimental development and materials research through open process access.

Company Profile