Extra Capacity Large Format 3D Metal Printer Increases Throughput 5X and Reduces Cost per Part up to 75%

Velo3D has announced the expansion of its systems portfolio to include Sapphire XC, an "Extra Capacity" large-format printer that will increase production throughput by 5X and reduce cost-per-part by up to 75%, when compared to the existing Sapphire system.

The company also announced plans to roll-out Sapphire Gen 2, which will be a software and hardware upgrade to the current system. Users can expect an improvement of anywhere between 10-50% in productivity and part-cost metrics when compared to the current Sapphire system. The Sapphire Gen 2 upgrade will be available to retrofit on all installed systems starting in Q2 2021.

The Sapphire product family now includes Sapphire Gen 2, the 1-meter tall Sapphire 1MZ and Sapphire XC -- all using the laser powder-bed fusion (LPBF) process with patented capabilities to print without consideration of support structures. Sapphire systems specifically address the aerospace, power generation, and energy markets' unmet needs for quality-assured manufacturing of uncompromised geometries.

"Printing larger parts without the additive manufacturing constraints of support structures is highly attractive to many industrial end-users," said Benny Buller, founder, and CEO of VELO3D. "For the first time, customers will be able to 3D-print uncompromised geometries, with the highest confidence in part quality, in a large format system. Quality assurance with large scale components is critical because the economic impact of failed builds is very significant. We have demonstrated that our integrated solution is capable of producing a greater yield of high-quality parts, and that foundational technology will transfer to our new Sapphire XC."

Sapphire XC Features:

Delivery of Sapphire XC will begin in Q4 2021.

Want more information? Click below.

Velo3D

Copyright © 2021 by Nelson Publishing, Inc. All rights reserved. Reproduction Prohibited.
View our terms of use and privacy policy ::m::