Velo3D launches its first metal Additive Manufacturing system

August 20, 2018

Velo3D launches its first metal Additive Manufacturing system

Velo3D’s new Sapphire Additive Manufacturing system, designed for manufacturing components in high volumes (Courtesy Velo3D)


Velo3D, Campbell, California, USA, has launched its first metal Additive Manufacturing solution, comprised of the Sapphire™ Additive Manufacturing machine, Flow™ software, and Intelligent Fusion™ technology. The company states that the integrated offering could provide solutions for some of the most difficult AM challenges including product design limitations, part-to-part consistency, process control and cost-effective manufacturing.

Benny Buller, founder and CEO of Velo3D, stated, “Four years ago, we set out with the bold vision of creating technology that could manufacture parts with any geometry to take Additive Manufacturing mainstream.”

“Our approach relies on creating deep insights in physics fundamentals, enabled by research, characterising and understanding of core mechanisms, developing intelligent process control through software simulation and in-situ metrology,” he continued. “Today, Velo3D is working with some of the top OEMs and service bureaus creating parts that were once considered impossible.”


Sapphire system


Velo3D launches its first metal Additive Manufacturing system

A shrouded impeller produced on the Sapphire system. The only support required on this part is the radial extrusion that supports the outer lip (Courtesy Velo3D)


The Sapphire Laser Powder Bed Fusion (LPBF) metal AM system is said to be designed from the ground up with high volume manufacturing in mind. It comprises a 315 mm diameter by 400 mm high build envelope, with dual 1 kW laser operation. To deliver superior part-to-part consistency, Velo3D reported that Sapphire’s integrated in-situ process metrology enables a closed loop melt pool control, which it says is the first of its kind.

The system is said to be capable of building complex geometries and allows designs with overhangs down to five degrees without supports, as well as large unsupported inner diameters of up to 40 mm. Minimum feature size and wall thickness is reported to be below 250 µm.

To maximise productivity, the Sapphire system comprises a module to enable automated change-over, enabling a new print to start without operator involvement within 15 minutes.


Flow build preparation software


Velo3D launches its first metal Additive Manufacturing system

Velo3D’s Flow build preparation software (Courtesy Velo3D)


Velo3D’s Flow build preparation software is said to offer support generation, process selection, slicing and simulation of complex part designs to validate execution feasibility before the build. Deformation correction technology makes it possible to produce parts without the need for repeated iterations, reportedly achieving a first-build success rate of up to 90%.

The software also minimises the need for supports, reducing typical support volume by a stated 3-5 times, which removes or reduces the post processing necessary with conventional approaches.


Intelligent Fusion technology

The company’s Intelligent Fusion technology powers both the Flow software and Sapphire system, enabling an end to end integrated workflow. Intelligent Fusion is said to optimise the AM process by combining thermal process simulation, print prediction, and closed-loop control during build execution.

Download the latest issue of Metal AM magazine

Our latest issue is now available to view online or download in PDF format.

As well as an extensive AM industry news section, this 188-page issue includes articles and reports on:

  • From rapid prototyping to rocket engines: The evolution of 3T Additive Manufacturing
  • Natural resources and national strategies: How metal Additive Manufacturing is taking off in Australia
  • Scalmalloy® is too expensive and design optimisation only makes sense in aerospace. True or false?
  • Safety management in metal Additive Manufacturing: Observations from industry
  • Senvol: How machine learning is helping the U.S. Navy optimise AM process parameters and material performance
  • Understanding build failures in Laser Powder Bed Fusion: An overview
  • MAMC2018: Vienna hosts ASMET’s third Metal Additive Manufacturing Conference
  • Euro PM2018: The processing and properties of additively manufactured aluminium alloys
  • > More information

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