Volkmann's PowTrex Enables Safe Metal Powder Transfer
Rapid 2019: Designed to eliminate waste of metal powders and avoid risks when handling materials, the PowTrex from Volkmann is said to work in both normal air environments and under an intert gas.
Share
Read Next
Volkmann’s PowTrex is designed to eliminate waste of costly metal powders and to avoid risks when handling metal powders or toxic materials, while keeping the manufacturing operation running at optimal efficiency. It is said to provide the safe transfer, recovery and extraction and return-to-use of materials with high bulk densities at high rates.
PowTrex can handle metal and materials such as tungsten, cobalt, silver powder, iron, stainless steel, alumina, nickel chrome, copper, chrono K20, carbide dust, corundum and G.62, with bulk densities ranging from 93 to 341 lbs/ft3. It operates at throughputs above 1,100 lbs/hr. for stainless steel, and above 660 lbs/hr. for aluminum powder. The unit works in both a normal air environment and under an inert gas. Where inert transfer is required, the system is designed in a “closed loop” so that inert gas is both contained and reused, avoiding the additional cost of large volumes of inert gas, temperature and containment.
Related Content
-
VulcanForms Is Forging a New Model for Large-Scale Production (and It's More Than 3D Printing)
The MIT spinout leverages proprietary high-power laser powder bed fusion alongside machining in the context of digitized, cost-effective and “maniacally focused” production.
-
This Year I Have Seen a Lot of AM for the Military — What Is Going On?
Audience members have similar questions. What is the Department of Defense’s interest in making hardware via 3D printing over conventional methods? Here are three manufacturing concerns that are particular to the military.
-
With Electrochemical Additive Manufacturing (ECAM), Cooling Technology Is Advancing by Degrees
San Diego-based Fabric8Labs is applying electroplating chemistries and DLP-style machines to 3D print cold plates for the semiconductor industry in pure copper. These complex geometries combined with the rise of liquid cooling systems promise significant improvements for thermal management.
