• Products
  • Catalogs
  • News & Trends
  • Exhibitions

3D sieve shaker 2Sieve
ultrasonicfor dental laboratoriesbenchtop

3D sieve shaker
3D sieve shaker
3D sieve shaker
3D sieve shaker
3D sieve shaker
3D sieve shaker
3D sieve shaker
Add to favorites
Compare this product


Motion type
3D, ultrasonic
for dental laboratories
benchtop, compact


The compact ultrasonic sieving system for applications where high powder quality is important Whether it is titanium, cobalt-chrome, aluminum or any alloy, the metal powder used in the additive manufacturing process must have a very narrow size distribution. For the 3D metal printing process (selective laser melting) the range of powder distribution is around 15 to 45 micrometers. The sieving ssystem 2Sieve helps you to optimize the powder quality to achieve optimal printing results. product details Clean your metal powder to achieve perfect printing qualities Clean your powder before use. Contaminants that occur in the overflow powder during the printing process are filtered out. This ensures high powder quality even with used powders and increases the quality of your components. The ultrasonic sieving technology The sieving material (powder) is dosed onto the mesh via a valve. The powder flows over the slightly inclined mesh which, excited by the ultrasonic converter, vibrates. Powder particles smaller than the mesh fall through the mesh and are collected in the container. The larger oversize particles pass over the sieve and fall into a container for the waste. Safe, Simple Efficient Compact design Safe screening under protective gas (Argon or Nitrogen) Collection containers fit directly into the 2CREATE 3D printer Integrated HEPA filter for maximum safety technical data Mesh 63µm Sieving capacity approx. 1kg per 30min Output frequency 33-37 kHz Electrical connection: 115 / 230 VAC; ~50/60 Hz


*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.