400W Laser Power and Compact Build Volume
Ideal for low volume pilot production and research
GAIN GREATER CONTROL AND COST EFFICIENCY
- Increase build speed with patented bi-directional loader movement
- Adaptable for research & development
- Modify system parameters according to your production needs
- Open and flexible software architecture
- Optimized gas recirculation at a laminar flow provides for safe and cost efficient consumption
- Closed-loop powder handling
The new compact Selective Laser Melting metal 3D printer SLM 125 offers a build envelope of 125 x 125 x 125 mm, or reduced to 50 x 50 x 50 mm. Economical and suitable for R&D as well as small lot production environments, the open software architecture and system parameters allows you to make modifications according to your specific production needs.
Achieve fast build speeds from the system’s patented bi-directional loader movement. Internal recirculation of inert gas at laminar flow also provides for safe and cost-efficient gas consumption.
The SLM 125 is equipped with software for importing CAD / STL data or slice data to configure the processes and component-specific parameters. Achieve greater system control by customizing your own construction processes through the unique, flexible and open software architecture.
The system is able to process most metals (such as Stainless Steels, Tool Steels, Cobalt Chrome, Aluminum, Inconel and Titanium) through a material saving, closed-loop powder handing unit. Changing the metal powder is quick, easy and designed to lower your production costs. Further available options also increase the versatility and multiple usability of the SLM 125.
New to selective laser melting (also known as laser powder bed fusion, DMLS, DMLM)? Check out the white papers, case studies, webinars and more in our Metal 3D Printing Resource Center.
Courtesy of Imperial Machine & Tool Co.
|Build Envelope Volume in mm (x/y/z)||125 x 125 x 125 reduced by substrate plate thickness|
|Build Volume Reduction in mm (x/y/z)||50 x 50 x 50 reduced by substrate plate thickness|
|IPG Fiber Laser Power||400 W|
|Build Speed||25 ccm/h|
|Pract. Layer Thickness||20 – 75 μm|
|Min. Scale Line / Wall Thickness||140 μm|
|Operational Beam Focus||70 – 100 μm|
|Scan Speed||10 m/s|
|Inert Gas Consumption in Operation||Ar/N2, 2 L/min|
|Inert Gas Consumption Purging||Ar/N2, 70 L/min|
|Compressed Air Requirement||ISO 8573-1:2010 [1:4:1], 50 L/min @ 6 bar|
|Dimensions in mm (l x w x h)||1400 x 900 x 2460|
|Weight||approx. 700 kg|
|E-Connection / Consumption||400 Volt 3NPE, 32 A, 50/60 Hz, 4 KW|
Subject to technical changes