Direct Energy Deposition(DED)

Direct Energy Deposition (DED)

Unique Process deploying deposition nozzle mounted on a multi-axis machining system. Can create Complex metal parts, faster and with increased flexibility. Allows Multi Material 3D Printing for enhanced functional performance of the parts.


Build Volume	Build Speed	Layer Thickness	Dimensional Accuracy	Minimum Size Feature
15 x 11.2 X 15 inch	Upto 5058 cm3/hr	0.08 mm	+-0.3%	(0.5mm)
(380 X 284 X 380 mm)	(309 in3/hr)	(0.003 in)	0.3 mm (+10.0.12in)	0.020 in

Product Specifications: TVASHTR 500

The LAM-PF-DED system features a state-of-the-art architecture that ensures robust synchronization with proven industrial components. It includes a high-power Fiber laser (up to 2 kW), a 5-axis workstation in a glovebox, a computerized numerical controller, a coaxial nozzle, a twin powder feeder, gas analyzers, and a proposed thermal imaging camera. The laser beam is delivered through a delivery fiber and refractive focusing optics, utilizing a compact coaxial nozzle with shielding gas. The system supports a build envelope of 500 mm x 500 mm x 300 mm for laser additive manufacturing.


	Laser	Multi Mode Fiber Laser 2000 W Continuous Wave
	Beam Diameter	1-2.5 mm
	Powder Feed Rate(316L)	2-40 Gram/Min.
	Build Rate (316 L)	120-180 Gram/Hr
	Processing Station Configuration	5 Axis
	XYZ Stroke	500,500,300 mm
	X-Y, Rotatory - Tilt Table Payload	125 Kg, 60 Kg (Respectively)
	Controller	Mitsubishi M80 Type A
	Material Support	Ni Based Alloys, Fe Based Alloys, Ti Based Alloys, Cu Based Alloys, Ni Based Alloys, Colmonoy, Graphite
	Pre-processing CAM Software	MasterCam A+ Additive Module
	E/Connection	400 Volt, 3NPE, 32 A, 50/60 Hz

Direct Energy Deposition (DED)

Product Specifications: TVASHTR 500

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