EP-M series of Shining are the latest release of the metal powder material 3D printer, which can prototype an arbitrary complex structure and close to 100% density metal parts without the tools and tooling. . It adopts Selective Laser Melting technology, which selectively melt fine layers of metal powder directly from 3D file. The system is also ideal for lab environment, where less accessory equipment and less powder are required. The open system provides limitless imagination for the lab experiment.
Compact and practical design
Visualized touch screen design of control console, offers user-friendly operation.
Remote control and diagnosis via phone; intelligent manufacturing can be achieved by mobile end.
Multiple precaution system, safety protects both human and machine.
Integrated design makes operation and maintenance convenient.
High precise and high property printing quality
Small laser facula and thin layer thickness guarantee more precise printing quality.
Intelligent powder coating method and faster scanning speed ensure printing more efficiently.
Unique scanning path and oxygen control assures high property printing quality.
Lean design to ensure low cost operation
The power consumption of the whole machine is less than 1kW.(EP-M100T)
The design of automatic flow control and automatic circulation filtration of inert gas ensures the lowest gas usage.
The compact chamber design and excellent tightness minimize the powder consumption.
Diversity of printing material
Stainless steel, high temperature nickel base alloy, maraging steel, titanium alloy, cobalt chromium alloy, aluminum alloy, high strength steel, copper alloy, tungsten alloy.
Material utilization rate is high, making cost lower
The build part forms layer after layer out of powder, and the material utilization rate is over 90%, which is especially suitable for the manufacturing of metal parts, such as titanium alloy, nickel alloy and other precious and difficult-processed metal material.
Wide Application
They have wide application in aerospace, biomedical, automotive, engineering, R&D, jewellery, industry, moulding etc.
High stability
Continuous work over 200 hours.
Changeable layer thickness
Flexible layer thickness allows printing parts to be produced at high quality and at low cost.
Functional software
Online and real-time mode change function
Dynamic feed control
Production specific opening parameters
Adjustable blades according to material
Soft knife: Better seismic performance, lower cost, higher warpability for different materials
HSS blade: Smoother dust bed, excellent wear resistance, longer service life
Advanced filter system
Large filter area 20 m2
Back blowing function
Technicial Specifications
Model |
EP-M250 |
EP-M100T |
Laser power |
500W |
100W/200W |
Scanning system |
High resolution scanning galvanometer |
High precision galvanometer |
Scanning speed |
8m/s |
8m/s |
Building size |
250mm*250mm*300mm |
120*120*80mm |
Layer thickness |
0.02mm-0.1mm |
0.015mm-0.05mm |
Material |
Stainless steel, maraging steel, high temperature nickel base alloy, titanium alloy, Cobalt chromium alloy, aluminum alloy, high strength steel, copper alloy, tungsten alloy |
Stainless steel, maraging steel, high temperature nickel base alloy, titanium alloy, Cobalt chromium alloy, aluminum alloy, high strength steel, copper alloy, tungsten alloy |
Operating system |
Windows 7 |
Windows 7 |
Control software |
Eplus 3D printing software |
Eplus 3D printing software |
Data format |
STL or other convertible file |
STL or other convertible file |
Power consumable |
380V 6kW |
380V 2kW |
Dimension(mm) |
2500*1000*2100 |
940*1300*1980 |
Work temperature |
15-30? |
15-30? |
Inert gas supply |
Ar/ N2 |
Ar/ N2 |