The EP-M150 uses a fiber laser to directly melt elemental or alloy metal powders to form complex structures and parts. The EP-M150 has a variety of small metal applications in fields such as, material development, medical implants, dental, and jewelry.

Features

High Precision Printing Quality & High Efficiency

∙ Small laser facula and thin layer thickness guarantee more precise printing quality.
∙ Intelligent powder coating method and faster scanning speed.
∙ Unique scanning path and oxygen control assure high-quality printing.

Low-cost operation

· 500 crowns printed using only 1KG of powder
· Improved powder feeding and sieving system enables high material utilization
· Gas consumption≤＜0.2L/min（0.3±0.1MPa） (Printing period)
· Optimized chamber structure and excellent sealing properties minimize gas consumption

Easy Maintenance

· Intuitive user interface
· Optimized structure design for easier maintenance

High Safety

· Integrates more than 10 security technologies
· Working environment and real-time gas monitoring

Specification

Build Volume: Φ150mmx120mm
Laser: Fiber laser，200W/500W（optional）
Optical System Configuration: Single laser system / dual-laser system (optional)
Spot Size: 40~60μm
Max Scan Speed: 8m/s
Layer Thickness: 20-100μm
Max Build Speed: 12cm³/h (single laser system) 18cm³/h (dual laser system)
Material:Titanium Alloy, Aluminium Alloy, Nickel Alloy, Maraging Steel, Stainless Steel, Cobalt Chrome, Copper Alloy, etc. 
Power: 220V，12A，50~60Hz, 3.5kW
Gas Supply: Ar/N₂
Oxygen Content of Chamber: ≤100ppm
Dimensions (W*D*H): 1750*799*1828mm³
Machine Weight: Around 900kg
Control Software: Eplus3d Print Software
Input Data Format: STL or other convertible file