DMG MORI, a number one machine device producer, has expanded its additive manufacturing portfolio with the launch of its new Lasertec 30 Twin SLM system.
Geared up with two 600 W (optionally 1 kW) lasers within the optics module, the brand new machine is able to constructing both one part or a number of components without delay, subsequently offering the consumer with flexibility to satisfy completely different order conditions. It’s an improve on the usual Lasertec 30, which encompasses a single laser.
The Lasertec 30 Twin SLM. Picture through DMG MORI.
DMG MORI and additive manufacturing
Based in 1948, DMG MORI is called one of many largest machine device builders on this planet. Headquartered in Japan, it has over 160,000 installations throughout the globe, together with a sister firm positioned in Germany, and extra amenities within the U.S., Europe and Russia. DMG MORI’s major product providing consists of lathes, machining facilities, milling machines and CNC controls.
Alongside its machines, the corporate additionally develops a variety of steel additive manufacturing methods, that are separated into two divisions: powder nozzle and powder bed-based 3D printers. Its powder mattress methods, branded underneath Lasertec SLM, consists of the Lasertec 12 and the Lasertec 30 3D printers, and now the brand new Lasertec 30 Twin SLM 3D printer.
Throughout the powder nozzle-based Lasertec 3D line, DMG MORI has developed the Lasertec 65, and two hybrid methods which mix each powder nozzle and turn-mill machining manufacturing capabilities in a single machine. These are often known as the Lasertec 65 3D hybrid and the bigger Lasertec 4300 3D hybrid. Moreover, DMG MORI launched the Lasertec 125 3D hybrid in late 2019, which was introduced at Formnext.
The DMG MORI LASERTEC 125 3D hybrid system attracts a crowd at Formnext 2019. Picture by Beau Jackson
The Lasertec 30 Twin SLM system
Central to DMG MORI’s new SLM system is its twin laser expertise. The scan area of every laser on the Lasertec 30 Twin SLM covers all the construct chamber, which measures as much as 300 x 300 x 300 mm. This allows construct charges of as much as 90 cm³/h, and raises the output of the machine by 80 p.c in comparison with a machine geared up with a single laser. Productiveness is additional enhanced by an lively cooling system for the construct space which permits customers to take away completed elements and put together orders quicker. The laser spots’ focus diameter could be adjusted from 300 microns right down to 50 microns, subsequently offering excessive accuracy melting capabilities.
Moreover, the Lasertec 30 Twin SLM comes geared up with Optomet software program for parameter optimization, and Celos software program for CAM programming and machine management. The Optomet software program robotically identifies the scan technique that’s most effective for the print job at hand, thus optimizing its efficiency. Optomet additionally consists of instruments for optimising energy and publicity methods as a way to enhance machine efficiency, in addition to for controlling the temperature all through the construct quantity. This permits customers to normalise situations of the Lasertec 30 Twin SLM and cut back residual stresses within the components being 3D printed.
Celos alternatively supplies touchscreen-based machine operation, CAM programming instantly on the machine management, and an array of monitoring instruments together with camera-based course of monitoring of the build-up and coating high quality.
One other characteristic is DMG MORI’s rePLUG module for materials change and powder provide. It permits automated powder dealing with and powder-recycling to extend manufacturing effectivity. The module additionally permits customers to alter supplies with out contamination in lower than two hours, in keeping with DMG MORI. The Lasertec 30 Twin’s materials compatibility ranges from device metal and stainless-steel by way of aluminium and cobalt-chrome to Inconel and titanium, subsequently offering choices for quite a lot of industries.
Under you can see the technical specs of DMG MORI’s Lastertec 30 Twin SLM 3D printer. Additional data could be discovered on the corporate’s web site.
300 x 300 x 300 mm
Min. Layer thickness
Max. Layer thickness
Min. Focus diameter
Max. Focus diameter
Laser energy commonplace
Laser energy elective
Inert fuel consumption
Optomet and Celo
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Featured picture exhibits the Lasertec 30 Twin SLM. Picture through DMG MORI.
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