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Feedstock is one of the most critical aspects in Metal Additive Manufacturing, that affects and determines component and process quality and repeatability. Qualification of components is significantly dependent among other things, on characteristics of the feedstock and how the alteration of these characteristics over repeated usage can be measured and controlled.
Feedstock is one of the most critical aspects in Metal Additive Manufacturing, that affects and determines component and process quality and repeatability. Qualification of components is significantly dependent among other things, on characteristics of the feedstock and how the alteration of these characteristics over repeated usage can be measured and controlled.
Most common forms of feedstock used in Metal Additive Manufacutring are wire or powder, with powder being the predominating option. Metal powders are consumed by AM processes such as Laser or Electron Beam Powder Bed Fusion, Directed Energy Deposition and Binder Jetting, albeit with different characteristics. General methods of powder production for metal AM are plasma atomization, gas atomization, and the plasma rotation electrode process (PREP).
There are a host of influences that can alter powder characteristics from batch to batch including production process variations, packing, storage and repeat usage. Characteristics such as flowability, apparent density, particle size distribution, morphology (shape, size, roughness) and quality of particles (such as satellites and internal porosity) impact, the quality of powder spread, packing efficiency, sintering kinetics, energy absorption and eventually result in unexpected process performance and part quality. As such continuous measurement and where possible, control of key feedstock characteristics is a mandatory practice that we at Wipro3D follow, using state of the art equipment.
METAL MATERIAL CAPABILITIEs

aluminium
Aluminium AlSi10Mg(90 mic) View Data Sheet |
Functional prototypes and series-production parts; mechanical engineering and motorsports. |
Aluminium AlSi10Mg(30 mic) View Data Sheet |
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titanium
Titanium Ti6AI4V View Data Sheet |
Functional prototypes, series-production parts, mechanical engineering, medical technology, dental. |
Titanium Ti6Al4V ELI View Data Sheet |
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Titanium TiCP grade 2 View Data Sheet |
Dental restorations (series-production) |

NICKEL ALLOY
Nickel Alloy IN 718 View Data Sheet |
Functional prototypes and series-production parts; high-temperature turbine components |
Nickel Alloy IN 625 View Data Sheet |
Functional prototypes and series-production parts; high-temperature turbine components |
Nickel Alloy HX View Data Sheet |
Components with severe thermal conditions and high risk of oxidation, e.g. combustion chambers, burner components, fans, roller hearths and support members in industrial furnaces |

Stainless steel
SS 17-4 PH View Data Sheet |
Functional prototypes and series production parts; mechanical engineering and medical technology |
SS 15-5 PH (PH1) View Data Sheet |
Functional prototypes and series-production parts; mechanical engineering and medical technology |
SS 316 L View Data Sheet |
Series Injection Moulding tools; mechanical parts |
SS CX (Corax) View Data Sheet |
Injection moulding tools and tool parts where high strength and hardness is required |

MAraging steel
Maraging Steel MS1 View Data Sheet |
Series Injection Moulding tools, ordnance components, mechanical parts |

Cobalt chrome
Cobalt Chrome MP1 View Data Sheet |
Functional prototypes, series-production parts, mechanical engineering, medical technology, dental |
Cobalt Chrome SP2 View Data Sheet |
Dental restorations (series-production) |

custom
Wipro 3D’a custom material adoption program is available for customers with special requirements. We customise the metal AM process parameters as per the material, desired mechanical properties and service conditions. |
Wipro 3D has relationships with leading manufacturers of specialty alloys for niche end use applications. |
We currently offer the following non- standard materials: |
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BUILD TECH
Metal AM techniques broadly vary based on the type of metal feedstock (powder or wire), the delivery or placement of feedstock...
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POST PROCESSING
Post processing encompasses everything that occurs from the time a build is complete to the time a 3D printed part is ready for its intended use...
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Design
Design for AM or additive engineering as we call it, requires a good understanding of the application, relevant metallurgy, and expert-level control on additive... know more