EP-P420 SLS 3D Printer Features
High Performance
- The elimination of left and right excess material box design, resulting in higher powder utilization.
- Optimized temperature real-time management system, temperature filed fluctuation ≤ ±1.0°C.
- Advanced optical scanning path strategy, ensures superior details and surface quality of final parts.
- Incorporating a chip-type heating solution for operation temperatures up to 230°C , enhancing the machine's ability to print a variety of polymers with faster, uniform heating.
- Discrete variation of mechanical properties for full-scale printing parts is less than 5%.
- The temperature field utilizes dual-probe detection with self-calibration function, for more stable and secure printing
User-Friendly & Intelligent
- One-click scanning path generation
- Capability to print with one-click
- Printing report automatic generation, the printing process can be tracked
- Malfunction automatically process, avoids damage to the equipment
Technical Specifications
|
Build Volume |
420 x 420 x 465 mm (L x W x H) |
|
Dimension |
2378 x 1394 x 2505 mm (X x Y x Z) |
|
Gas Supply |
N2 |
|
Machine Weight |
3000 kg |
|
Scanning Speed |
Max. 15 m/s |
|
Max. Chamber Temperature |
230 °C |
|
Power Supply |
AC 380 V, 50 / 60 Hz, 15 kW |
|
Layer Thickness |
0.06 - 0.2 mm |
|
Laser Power |
CO2 Laser, 120 W |
|
Building Speed |
2500 cm3/h |
|
Thermal Field Control |
Independent four-zone temperature control system |
|
Temperature Regulation |
Continuous real-time building surface temperature monitoring |
|
Control Software |
EPControl, EPHatch |
|
Output Data Format |
STL .OBJ .STEP or other convertible file |
|
Material |
PA11, PA12, PA6 and it's composites |
