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Water Atomizer AUW 1000 – COMING SOON!

Water Atomizer AUW 1000 – COMING SOON! im Überblick

While the Gas as well as Ultra-Sonic Atomiser Solutions are designed for the production of spherical powders by avoiding any contact to fast quenching media during particle formation, water atomised powder typically have a more irregular shape which is an advantage for some applications like recycling/refining process, press & sinter process and others.

However, it is also possible to produce almost spherical, fine powder by water atomisation with appropriate process parameters, which makes the powder potentially suitable for AM applications.

Details zu Water Atomizer AUW 1000 – COMING SOON!

AUW 1000 – advantages

Reliable production of metal powder with narrow particle size distribution and high process yield.

A wide span of available crucible capacities and temperature ranges

Complete series in development: 4 versions offering crucible volumes from 1.5 – 28 l

A design for easy handling & cleaning, quick alloy change with minimum cross contamination
The user-oriented and modular structure of the systems ensures optimum accessibility for all work as well as for inspection and maintenance. This construction principle also ensures short installation and training periods.

Anti-oxidation features
The AU machines offer the possibility of oxidation-free processing in the closed-chamber machine by means of de-gassing, vacuum and protective gas features. Oxygen sensor values below 0.5 ppm can be achieved reproducibly.

Specific powder characteristics by use of different atomisation nozzles, water pressure and flow rate

Easy-to-clean concept
Polished stainless steel surfaces prevent powder adhesions in spray chamber, cyclone and collector – all parts are easy to clean without any residues. This way the risk of metal loss and cross-contamination is reduced to minimum.

Dynamic Differential Pressure system for constant metal mass flow
The DDP system is ensuring a constant and controllable metal mass flow, and therewith water-to-metal ratio, independent from the melt level in the crucible.


The main differences include

Significantly lower running costs
compared to Gas Atomisation due to water as spraying medium, but also lower purity and increased surface oxidation

Usually more irregular shaped powders with increased surface area beneficial for recycling/refining and sintering processes,
while almost spherical, fine powders suitable for Additive Manufacturing can be obtained, too.