Directed Energy Deposition

InssTek MX600 - DED technology

The InssTek printer uses the so-called Powder-based DED method, where powder is injected into the laser-exposed area and is carried away by an inert gas.

Parameters

• 2kW fiber laser
• 5-axis movement
• Working press 450x600x350mm
• SDM800 (beam diameter 800 µm, layer height 250 µm)
• SDM1600 (1600 µm beam diameter, 600 µm layer height)
• SDM2400 (beam diameter 2400 µm, layer height 900 µm)
• Up to 4 materials at a time
• 3-axis printing capability with preheating to 500°C with 150x150x150mm part size

InssTek MX-LAB – DED technology

Parameters

• 0.5kW fiber IR laser
• 3-axis movement
• Working press 150x150x150mm
• SDM400 (beam diameter 400 µm, layer height 150 µm)
• Up to 4 materials at a time
• Protective atmosphere for the entire chamber

Materials

• Stainless steels - 316L, 431L, 420, N700, 15-5PH, 17-4PH, SAF2507, P21 and others
• Tool steels - H13, S2, M2, T15, MS1, 440C
• Titanium – CP Ti, Ti-6-4, Ti-5-5-5-3, Ti-6-2-4-2
• Nickel – IN625, IN713, IN718, IN738, IN780, Hastelloy X, Nimonic 80A
• Cobalt – CoCr F75, Stellite 6, Stellite 21, Stellite 25
• and other

Meltio + Fanuc – Wire-Laser metal 3D printing

The Meltio printer uses the Wire-based DED method, where a wire is fed into the laser-exposed area.

Parameters

• 6x 200W laser bundle
• Coaxial guided wire
• Working area 500x500x1500 mm, larger parts are possible upon consultation
• Head mounted on 6-axis robot + 2-axis table with 500 kg capacity
• Wire diameter 0,8 - 1,2 mm

Materials

• 316L, ER70S, JC100, 17-4PH, H11, 1.4718, 1.2567, IN718, MoNiCr, Ti6Al4V