Concept Laser M2-cusing 3D Metal Printer - Image 1
1 / 8

Concept Laser M2-cusing 3D Metal Printer

Manufacturer
Concept Laser
Model
M2-cusing
Type
3D Metal Printer
Year
2007
Category
Metal processing machines
Sub-category
Other machinery
Price: Upon request

Specifications

Overview

3D metal printing machine Concept Laser GmbH in need of repair

Technical Specifications

Technology
Laser melting (SLM)/LaserCusing
Working dimensions X/Y/Z
250mm/250mm/280mm
Layer thickness range
20µm-80µm
Max. scanning speed
6m/s
Focus diameter range
50µm-500µm
Laser power
200W
Printing materials
Stainless steel, aluminum, titanium, nickel-based alloys, cobalt-chrome

Weight & Dimensions

Machine dimensions X/Y/Z
Approx. 2450mm/2400mm/1650mm
Machine weight
Approx. 2000kg
Laser cabinet dimensions X/Y/Z
Approx. 600mm/1200mm/1200mm
Laser cabinet weight
Approx. 180kg
Blower dimensions X/Y/Z
Approx. 550mm/1450mm/550mm
Blower weight
Approx. 70kg

Accessories

Titanium plates
Steel plates
Aluminum alloys
Documentation

Known Issues

CF card defects
Communication breakdown between laser GUI and RCU

Interested in this machine?

Get in touch with the seller for pricing, additional photos, technical specifications, or to arrange a viewing.

Contact Seller

Optional - helps us improve (not shared with seller)

Know someone who might be interested?

Share this machine with colleagues or friends

Share this machine

AI Description

Beta

Capabilities

The Concept Laser M2-cusing is a selective laser melting (SLM) system that builds metal parts layer-by-layer using a 200W laser. With a build area of 250×250×280mm and layer resolution down to 20 microns, it produces highly detailed components from stainless steel, aluminum, titanium, nickel-based alloys, and cobalt-chrome. The machine's 6m/s scanning speed and adjustable focus (50-500µm) enable both precision detail work and faster production runs.

Industries & Uses

This technology serves aerospace, medical device, automotive, and jewelry manufacturers who need custom metal parts, prototypes, or low-volume production that traditional machining can't achieve economically. Industries use it for turbine blades, orthopedic implants, dental crowns, fuel injectors, and bespoke components where complex geometries add value.

What to Check When Buying

Since this unit requires repair, thoroughly inspect the laser tube's condition and output power before committing—laser degradation is the most common wear issue. Request complete maintenance records, particularly for the recoating system, powder delivery mechanisms, and build platform calibration. Verify the machine's software licensing and whether spare parts are still available. Budget for professional installation and recalibration, as these systems demand precise environmental conditions and expert setup.

This description is AI-generated and is intended as a general guide only. As with all AI-generated content, it may contain inaccuracies. Please verify all details directly with the seller before making a purchasing decision.

Similar Machines

More machines in Other machinery