STEP FEEDER

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A Step Feeder Conveyor is a specialized material handling system designed to gently lift and orient small par ts or components from a bulk hopper to a higher elevation for fur ther processing or auto feeding into machines. The step feeder uses a series of reciprocating, stepped platforms to gradually lift products and transfer them onto a conveyor or chute in an aligned and controlled manner.

APPLICATION

This type of feeder is ideal for handling delicate, lightweight , or various shaped par ts in

industries such as pharmaceuticals, electronics, medical devices, and small-component assembly.

Boxes Handling in Warehouses
Boxes Handling in Warehouses
Capping Bottles
Capping Bottles
Handling Food Grains
Handling Food Grains
Handling Personal Care Items
Handling Personal Care Items
Handling Sheet Metal Parts
Handling Sheet Metal Parts
Handling Vaccine Bottles
Handling Vaccine Bottles
Moving Blister Packs
Moving Blister Packs
Moving Bottles
Moving Bottles
Moving Nuts and Snacks
Moving Nuts and Snacks
Moving Tablets Capsules
Moving Tablets Capsules
Transporting Biscuits
Transporting Biscuits
Transporting Trays
Transporting Trays

SPECIFICATIONS

  • Design – Customized
  • Hopper Width – 800 -1500mm
  • Inclination – 500 To 700 / Customized
  • Hopper Capacity – 1000 to 10000 Products / As per product
  • MOC – SS 304
  • Surface Finish – For SS Matt Finish / Mirror Finish / Bead Blast
  • Product Speed – 50-120 Products / min
  • Motor Position – Bottom mounting
  • Power Supply – Single Phase / 3 Phase, 50 Hz
  • Voltage – 220V / 415V
  • Drive Type – Direct
  • Direction – Upward
  • Resting – Levelling Pads

FEATURES

• Controlled Product Feeding

• Adjustable Step Height & Speed

• Reduced Product Damage

• Compact Design

• Accurate Product Feeding

BENEFITS

  • Ensures one-by-one feeding to downstream machines, improving precision in packaging, labeling, or filling.
  • Smooth and controlled feeding reduces machine downtime and prevents line stoppages.
  • Reduces product loss and improves line efficiency, leading to lower operational costs.
  • Simple mechanical design with minimal moving parts.
  • Smooth step motion and controlled movement reduce product breakage or spillage.