How Much Carbon Can 3D-Printed Valve Components Save?
Additive manufacturing is often assumed to be more sustainable than subtractive production but there has been relatively little evidence to support that claim — until now.
Moving from Fossil Fuels to a Hydrogen Economy
Manufacturers, standards organizations and industry are collaborating to accelerate hydrogen as a replacement fuel to power our grid and our economy.
High-Purity Labs Require Careful Planning and Care
When a new product is required to meet a minimum level of “clean” consistently, your existing quality lab environment may not be sufficient in its current state.
SAMSON Awarded Certification for Additively Manufactured Pressure Equipment
Major milestone for valve engineering and manufacturing of pressure equipment.
Westinghouse’s Additive Manufacturing Innovation Improves Safety and Efficiency in Operating Nuclear Reactors
This industry-first milestone increases bottom nozzle debris resistance from 65% to 96%.
Curtiss-Wright Receives ASME III Division 5 Certification for High Temp Reactors
Certification authorizes design, fabrication and testing of metallic components to be used in Gen IV high-temperature reactors.
Additive Manufacturing Versus Cavitation
The design freedom possible with laser powder bed fusion (LPBF) metal 3D printing is making it faster and easier to produce complex anticavitation devices for valves.