VELO^3D Aluminum F357

Assure^TM Quality Assurance and Control System

Flow^TM Software

VELO^3D Hastelloy C22

VELO^3D HASTELLOY-X

VELO^3D Inconel IN718

VELO^3D Materials & Processing Capability: Aluminum F357

VELO^3D Materials & Processing Capability: Hastelloy® X

VELO^3D Materials & Processing Capability: INCONEL^® alloy 718

VELO^3D Materials & Processing Capability: Titanium 6Al-4V ELI

VELO^3D Sapphire^® 3D Metal Printers

VELO^3D Sapphire^® XC 3D Metal Printers

VELO^3D Titanium

Sierra Turbines Drives Innovation for Microturbines

3D Printing Turbomachinery for Super Critical CO2 Systems

Improving the Performance of Supercritical CO2 in Next-generation Energy Applications with 3D Metal Printing

Yes, You CAN Achieve the Parts You Want with Additive Manufacturing

The Innovator’s Guide to Metal AM Part Selection

The Business Impact of a Support-Less Process for Metal Additive Manufacturing

How VELO^3D is Redefining the Jet Engine

Hunting the Elusive Aluminum Alloy

How VELO^3D is Creating a Repeatable, Reliable, and Scalable Model for Additive Manufacturing

Why Customers Stay and Expand With VELO^3D

Superalloy to the Rescue!

VELO^3D Named to Fast Company’s Annual List of the World’s Most Innovative Manufacturing Companies for 2021

How the VELO^3D Solution Supports the Complete Product Lifecycle

SupportFree: What Does it Mean & Why is it Important?

Metal 3D Printing Accelerates Hypersonic Testing

What is Laser Powder Bed Fusion?

The Switch to Additive Manufacturing