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EP-M150
EP-M150
The EP-M150 is a high compact and high precision metal additive manufacturing equipment utilizing Metal Powder Bed Fusion (MPBF™) technology. It offers single and dual-laser printing modes with options for 200 and 500 W lasers, suitable for producing high-performance, high-precision parts. It supports a variety of metal powders including titanium, aluminum, nickel-based superalloys, and more, making it versatile for industrial, medical, educational, and other applications.
- Build Volume: Φ 150 x 140 mm (Φ 5.91 x 5.51 in)
- Optical System: Fiber Laser, 200 W / 500 W (single or dual-laser optional)
- Spot Size: 40 - 60 μm
- Max Scan Speed: 8 m/s
- Building Speed: Single Laser: 5 ~ 20 cm³/h, Dual Laser: 8 ~ 35 cm³/h
- Layer Thickness: 200 W Laser: 20 - 50 μm, 500 W Laser: 20 - 100 μm
- Power Supply: 220 V, 3 KW, 14 A, 50 ~ 60 Hz (Dual Laser: 5.8 KW, 19 A)
- Gas Supply: Ar / N2
- Oxygen Content: ≤100 ppm
- Dimensions: 1750 x 799 x 1828 mm
- Weight: 900 kg
- Software: EP-Hatch, EP Control
- Input Data Format: STL or other Convertible File
- High laser beam quality with tiny laser spots ensures high precision.
- Printed parts can achieve nearly 100% density with mechanical property volatility under 5%.
- Dual laser mode offers precision deviation in alignment area ≤ 0.15 mm.
- Layer thickness can reach up to 100 μm, enhancing productivity.
- Ergonomic design with a "one-click printing" function for ease of use.
- Quick replacement of filter elements and other components within 2 minutes.
- Safety features include anti-electric shock, fire prevention, and anti-pollution measures.
- Real-time monitoring of the working environment and gas source status.
- Low air consumption (< 3 L/min) and high powder utilization rate.
- Material parameter packages are provided for free.
- High consistency allows different machines to use the same process parameters.
- Compatible with multiple materials without adjusting the optical path.
Catalog excerpts
EP-M150 High Compact & High Precision Metal Additive Manufacturing Equipment
Open the catalog to page 1
EP-M150 EP-M150 adopts metal powder bed selective melting MPBF™ (Metal Powder Bed Fusion) technology, single and dual-laser printing modes are optional, supporting 200 and 500 W laser, which can be perfectly used for the rapid production of high perfor- mance, high-precision parts. Compatible with most popular metal powder materials, including titanium alloy, aluminum alloy, nickel-based superalloy, maraging steel, stainless steel, cobalt, chromium alloy, ect. It has been applied in versatile applications such as industrial manufacturing, medical, education, dental, materials development, etc....
Open the catalog to page 2
High consistency, different machines could use the same set of process parameters. Machine compatible with multiple materials, the same machine can print multiple materials without adjusting the optical path. » USER FRIENDLY OPERATION SYSTEM Ergonomics overall design for users. With "one-click printing" function, each process is 2 minutes quick operation One-click printing ready to run, click the "print" button on the screen to start printing. The replacement of filter element, residual material tank substrate and recoater can be completed within 2 minutes. » AFFORDABLE OPERATION COST Air consumption...
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EP-M150 PARAMETER Machine Model Optical System Fiber Laser, 200 W / 500 W (single or dual-laser optional) Build Volume (X x Y x Z) (height incl. build plate) Spot Size Max Scan Speed Building Speed Layer Thickness Material Power Supply Gas Supply Single Laser : 5 ~ 20 cm³/h 200 W Laser : 20 - 50 μm 500 W Laser : 20 - 100 μm Dual Laser : 8 ~ 35 cm³/h Titanium Alloy, Nickel Alloy, Maraging Steel, Stainless Steel,Cobalt Chrome, Copper Alloy, etc. Oxygen Content Input Data Format STL or other Convertible File Notice: Eplus3D reserves the right to explain any alteration of the specifications and pictures....
Open the catalog to page 4
