Automatic Vibro Sifter

About Automatic Vibro Sifter

• Power :- 0.5 hp
• Moc :- Contact part SS
• Size :- 24 inch
• Outlet :- 2  
• An Automatic Vibro Sifter is 

  an industrial machine using gyratory vibrations to automatically separate and grade materials (powders, granules) by particle size using mesh screens, featuring robust stainless-steel construction, adjustable settings for precise control, and application in food, pharma, and chemical industries for efficient, high-capacity screening with low noise and maintenance. 
  Key Features & Description:
  • Working Principle: A specialized vibratory motor with eccentric weights creates three-dimensional gyratory vibrations, causing material to travel across screens and separate based on size.
  • Construction: Built from high-grade stainless steel (SS304/SS316) for hygiene, durability, and corrosion resistance, with rugged springs to amplify vibration and isolate it from the floor.
  • Automation: Fully automatic operation with adjustable timers for precise control, reducing manual intervention and enhancing workflow.
  • Efficiency: Offers high-capacity, uniform particle separation, breaking lumps and ensuring consistent product quality for subsequent processes or packaging.
  • Versatility: Available in various sizes (deck layers) and mesh sizes (fine to coarse), suitable for diverse materials like flour, chemicals, pigments, and more.
  • Industries: Widely used in Pharmaceutical, Food Processing, Chemical, and other industries for scalping, grading, and sieving.
  • Benefits: Noiseless operation, low energy consumption, easy to clean (quick assembly/disassembly), and compact design. 
  How it Works:
  1. Feeding: Material is fed into the top of the sifter.
  2. Vibration: The motor activates, sending vibrations through the screens.
  3. Separation: Particles travel across the screens, with finer particles passing through the mesh, while oversized particles are retained.
  4. Discharge: Oversized and undersized materials are discharged from separate outlets.