Leading Provider of Metal 3D Printing Solutions
Velo3D’s advanced, fully integrated metal additive manufacturing solution helps engineers build the complex, mission-critical parts they need without compromising design, quality, or performance.
Trusted by Today’s Most Innovative Companies
State-of-the-Art Manufacturing for Mission Critical Parts
Unleash your imagination, reimagine what’s possible, and unlock previously impossible designs with the world’s most advanced additive manufacturing solution available.
Our integrated push button calibration and onboard metrology, featuring ~1,000 different sensors, tracks the behavior of the machines before and during the print to give you confidence in the quality of your parts.
Leverage our network of contract manufacturing (CM) partners or operate your own Velo3D manufacturing solution to produce your designs at scale through a distributed supply chain. With Velo3D’s golden print file, your part can be reproduced from a single software file with matching accuracy, material properties, and quality control on any matching Sapphire printer.
Fully Integrated Metal AM Solution
Flow print preparation software is responsible for prescribing the manufacturing process for the Sapphire family of metal 3D printers. The software’s feature-based process library eliminates the need to develop new part-specific parameters sets—saving months of development time and reducing the need for specialized technicians. With more than two dozen standardized recipes, engineers can analyze the part while Flow automatically applies the right recipe to each feature.
Sapphire Family of Metal AM Printers
Unlock Your Innovation
Velo3D enables next-generation innovation. Check out our latest high-value assets and discover how we’re helping push manufacturing into a new era of capability, without compromise.
Spotlight: PWR Advanced Cooling Technology
Explore PWR’s cutting-edge utilization of Velo3D’s technology in this insightful video, delving into their high-performance cooling solutions for motorsports, aerospace, and defense industries, and witnessing how AM enables them to surpass traditional manufacturing limits, achieve unparalleled precision, and efficiently produce once-deemed unachievable complex parts.