Machines supporting the metal 3D printing process

SEPA – ultrasonic sieving machine for metal AM powders

SEPA is an advanced sieving system for metal powders used in Additive Manufacturing. It is developed by the Lithuanian company PROINTS. It operates using ultrasonic vibrations, which accelerate the sieving process, prevent clogging, and ensure smooth, efficient operation.

SEPA separates fine particles from materials with a high level of accuracy and precision. The machine’s ultrasonic vibrations not only accelerate the sieving process but also prevent clogging and blockage, guaranteeing a smoother and more reliable operation.

SEPA is available in three variants, supporting a wide range of metal powders for different AM technologies, including Powder Bed Fusion (PBF), Binder Jetting, and cold spraying among others. The system offers high precision and accuracy, making it ideal for applications requiring carefully sieved powder with consistent particle sizes.

Experience a new era of efficiency, productivity, and top-notch quality with SEPA.

Key features:

  • Reduce sieving time from hours to minutes
  • Handle metals, polymer powders, and ceramics
  • Full powder recovery
  • No tuning of mechanical components on the frequency of the ultrasonic generator.

See how it works:

Safe and easy to use:

  • Minimize operator exposure with powder
  • Inert gas safety shield
  • Zero sound pollution
  • Fully safe environment with HEPA Filter
  • Quick take-apart, no special tools needed
  • Easy LCD screen operation
  • No weight lifting.

Three SEPA models: Advanced, Pro, Ultra

Each tailored for different applications

99% pure, consistent sieving vacuuming
Processing efficiency of 30 l per hour
Wide range of 20 to 200 µm sieve
Auto-feed ensures effortless workflow
Touchscreen monitor for easy navigation
Minimal metal contact and consistent particle size distribution
Processing efficiency of 30 l per hour
Wide range of 20 to 200 µm sieve
Efficiently recover large powder quantities
Eliminate the risk of explosions with an inert Argon gas atmosphere

Stainless steel reservoirs for a clean sieving environment
Meticulous particle separation for pure particle fraction
Manual powder feeding to adjust the amount and quality for each batch

Highest quality design and manufacturing:

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