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Features Of TVASHTR A LAM-DED SYSTEM

5 Axis
Translate motion in X,Y,Z of nozzle with a rotary and Tilt motion of the base
Argon Recirculation Unit
Less Argon Consumption
AnteChamber
Loading and unloading of parts without affecting the inert chamber
FGM / Multi Material
Twin powder feeding system enables printing of two or more material in single or multiple layers.
MRO:Repair and Restorartion
Repairing worn components typically saves dollars over purchasing new ones
Cladding/ Coatings
Metal Coatings on parts will increase the efficiency and life of the part

S. No.	Name of subsystem/ item description	Specification/ Value
1.	Laser (A) Laser Type (B) Nominal Output Power* (C) Settable Laser Power	Multi-mode Fibre Laser 1000 – 2000 W Continuous Wave 10 – 100% of nominal out power
2.	Processing Beam Diameter for LAM-DED	1.0 – 2.5 mm (adjustable manually)
3.	Powder Feed Rate for LAM-DED compatible SS316L powder	2 – 40 gram/minute
4.	Processing Head Tilt	± 5°
5.	Feed & Process Gas	Argon
6.	Processing Station Configuration	Hybrid compatible to 3, 4 & 5 axis
7.	Standard 3-axis (X-Y-Z) configuration (A) Build Envelope (X, Y, and Z)* (B) X-Y Table Size* (C) Payload on X-Y Table (D) Position Accuracy (E) Position Repeatability	500 mm 300 mm or more 150 kg ± 20 µm ± 5 µm
8.	4-axis configuration (with Rotary C-Axis) (A) Rotation (B) Maximum Job Diameter (C) Payload on Rotary axis	360° Continuous 250 mm 100 kg
9.	5-axis configuration (with Rotary-C axis & tilting A-axis) (A) Rotary & Tilting (B) Maximum Job Diameter (C) Payload on Rotary axis	360° Continuous & ±110° 150 mm 25 kg
10.	Controller	PLC based (Siemens/ Fanuc)
11.	Controlled Atmosphere Chamber with antechamber and purging-controller	As per the system configuration
12.	GasPuriﬁcation andRecirculationSystem	Standard
13.	Pre-processing CAM Software*	Standard with suitable customized module.