Model referenceDiscontinued by manufacturer
SLM Selective Laser MeltingAr

Concept Laser M2 cusing — Technical data

The M2 cusing is Concept Laser's mid-size powder bed system for metal parts in tool making, medical technology, aerospace and research. A 400 W fibre laser, optionally 200 W, exposes a 250 × 250 × 280 mm build envelope at layer thicknesses of 20 to 80 µm; a variable focus was available as an option. Besides stainless and tool steels it processes aluminium, titanium, nickel and cobalt-chromium alloys, with process chamber and filter running under nitrogen or argon. The twin-laser version is called M2 cusing Multilaser. The machine was replaced by the M2 Series 5, which Colibrium Additive sells today.

Because the M2 cusing was built over several generations, year of manufacture, laser power and software version should be documented exactly. Key points are laser hours, the condition of scanner, recoater and protective glass, and the separate filter module, which is flooded before it is changed. When aluminium or titanium has been processed, explosion-protected extraction and controlled powder handling are part of the setup. The site needs three-phase power, oil-free compressed air and inert gas; clarify service and spare parts with Colibrium Additive or an independent provider beforehand.

250 mm250 mm280 mm
Materials316L17-4PH1.2709AlSi10MgAlSi7MgTi6Al4VTitanium CPNickel-based (other)Inconel 718Inconel 625CoCr

How many fit in one build job?

Material
Part (bounding box)
××mm
One layer on the build platform.
–Parts per build job
–Build jobs for the quantity
–Build volume utilisation
250 mm250 mm280 mm
Approximation using the bounding box and 0.5 mm spacing. Real nesting of free-form parts usually fits more.

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Buy or have it printed? For small or changing quantities, having parts printed is often cheaper than your own machine. If you regularly fill many build jobs, your own machine pays off.

Specifications

Dimensions2,542 × 1,818 × 1,999.5 mm (L × W × H); filter module 1,050 × 525 × 1,490 mm
Build Rate2–35 cm³/h (depending on material and laser power)
Compressed Air6–10 bar, oil-free, ISO 8573-1 class 1.6.1, max. 100 l/min
Focus Diameter50 µm, optional variable focus
Weightapprox. 2,200 kg; filter module approx. 100 kg empty, approx. 460 kg flooded
Inert GasNitrogen or argon, 5 bar each; consumption below 1 m³/h
Power Consumptionmax. 6.8 kW
MaterialsStainless steel (316L, 17-4PH, CL 91RW), maraging steel 1.2709, aluminium (AlSi10Mg, AlSi7Mg), titanium (Ti6Al4V ELI, pure titanium grade 2, rematitan CL), nickel-based alloys (Alloy 718, Alloy 625), cobalt-chromium (F75, remanium star CL)
Layer Resolution20–80 µm
Build Envelope in mm (x/y/z)250 × 250 × 280 mm (x, y, z), minus build plate thickness
Laser TypeYb fibre laser, 1 × 400 W (cw), optional 1 × 200 W
Scan Speedup to 7 m/s (4.5 m/s with variable focus)
Power Supply3/N/PE AC 230/400 V ±10 %

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All information according to manufacturer specifications, errors excepted.

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