DLyte eBlast - Electro Shot Blaster

The DLyte eBlast uses the electro blasting technology. The process involves pressurised solid-electrolyte particles propelled by a non-conductive liquid media which is applied to component surfaces for various cleaning or finishing effects. The Electro Shot Blaster is perfect for surface finishing parts with intricate shapes and for achieving a mirror finish.

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Key Benefits

  • Perfect for surface finishing parts with intricate shapes.
  • Large and heavy components can be processed, without the need of motion.
  • No marks and pitting on the surface of the parts.
  • Even components with holes, slots and inner channels can be surface finished.
  • Achieves an Ra under 0,01 micrometers in a short time.
  • Includes the benfits of the DryLyte technology.
  • The shot blaster can also surface finish automatically

 

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  • The DLyte Electro Shot Blaster is designed to surface finish and achieve a mirror finish on parts with intricate shapes.
  • The DLyte Electro Shot Blaster is designed to surface finish and achieve a mirror finish on parts with intricate shapes.
  • The DLyte Electro Shot Blaster is designed to surface finish and achieve a mirror finish on parts with intricate shapes.
  • The DLyte Electro Shot Blaster is designed to surface finish and achieve a mirror finish on parts with intricate shapes.

How it works?

Electro blasting uses a jet of fluid, made out of a non-conductive liquid and free solid polymer particles, to remove roughness from the metal surfaces. As particles contact the surface selectively on roughness peaks, only those peaks get electrochemically eroded, producing an overall polishing effect.

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Technical Specifications

For further technical specifications on the DLyte eBlast – Electro Shot Blaster please download our brochure.

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DLyte eBlast – Electro Shot Blaster Applications

  • Molds: you can mirror finish, achieve a smooth finish and surface finish to your specifications the molds.
  • Welded Parts: components get a chrome-like finish without high costs and environmental disadvantages; resistance to corrosion improves; and the material layers are not stressed or disturbed.
  • Cavities & Inner Channels: straight inner channels, with open angles & a minimum diameter of 20 mm can be effectively polished.
  • Complex Geometries: delicate and fragile parts can be finished without being harmed as the process does not use vibration nor strong mechanical forces.
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