LPBFSource: Eplus3DEplus3D EP-M1250
Industrial metal laser powder-bed system.
Source reviews: 2026-10-17.
Specifications are reported claims, not independent test results.
The details that matter.
Published specifications for this model. Follow a field's source for its configuration and measurement conditions; older fields refer to the profile's reference list.
| Introduction year | Not verified |
|---|---|
| Model family | EP-M |
| Process | LPBF |
| Build envelope (X × Y × Z) | 1250 × 1250 × 1350 mm |
| Nominal box volume | 2109.38 L · calculated from the envelope |
| Enclosure | Not verified |
| Materials cited in this profile | Metal powder |
| Manufacturer listing status | Manufacturer product page listed; stock and regional availability not established |
| Regional stock and price | Check the manufacturer |
| Market grouping | Industrial · editorial grouping |
Technical specifications
| Laser Configuration | 9 or 16 × 500 W; 700/1000 W options Sources: Eplus3D EP-M1250 specifications |
|---|---|
| Layer Thickness | 20–120 µm Sources: Eplus3D EP-M1250 specifications |
| Scan Speed Max Mps | 8 Sources: Eplus3D EP-M1250 specifications |
System and configuration
EP-M1250 targets large monolithic components with a 1.25 m square bed and 200°C substrate heating. The page documents stainless-steel and IN718 examples.
Explore the model family.
An exact introduction year has not been established in the reviewed sources.
Family: EP-M · Listing status only
Explore Eplus3D through the generationsRead this with the specifications
Manufacturer build height includes the build plate. Cylindrical M150-family volumes are not represented as rectangular dimensions. Laser alternatives are options, not simultaneously installed sources.
A larger nominal envelope does not establish better print quality. Fit depends on the configuration, usable area, supports, and orientation.
