Polar Systems Ltd bulk hopper, vibratory table, base, elevator and diverter

• This equipment is typically used for the automated feeding and conveying of snack products or pellets.
• It is suitable for integrating into existing snack food production lines for continuous material flow.
• Commonly employed in packaging lines to deliver product to multihead weighers or bagging machines.
• Often used in processes requiring controlled feeding and elevation of dry, free-flowing particulate materials.

Typical throughput

Throughput for this class of equipment typically ranges from several hundred kilograms to over a tonne per hour, depending on product density and bucket size.

Power supply

Units of this type commonly require a 3-phase industrial power supply, typically 400V, 50Hz, with appropriate motor ratings for the elevator and vibratory components.

Footprint

The combined footprint for a bulk hopper, vibratory feeder, and bucket elevator system can vary significantly, but typically requires a substantial floor area and vertical clearance.

Material of construction

Components in contact with food products are typically constructed from food-grade stainless steel (e.g., 304 or 316) to meet hygiene standards.

Suitable product types

This system is designed for dry, free-flowing, non-abrasive products such as snack foods, cereals, and granular materials.

Feeding mechanism

The vibratory table typically ensures a consistent and controlled feed of product into the elevator buckets.

• What is the primary function of a bulk hopper and vibratory table in this system?

  The bulk hopper stores the product, while the vibratory table provides a controlled and consistent feed rate of the product into the bucket elevator, preventing blockages and ensuring steady flow.

• How does a bucket elevator work?

• What is the purpose of the diverter?

• Is this system suitable for fragile products?

• What maintenance is typically required for such a system?

Snack food depositing and extruding lines are valued for their reliability and throughput consistency when well-maintained. Buyers typically prioritize equipment with clear service histories and minimal corrosion. Key strengths include versatility across product types and relatively straightforward operation. When purchasing used units, inspect die condition, motor functionality, and hopper mechanisms carefully. Common considerations involve energy consumption and spare parts availability. These machines generally perform reliably provided proper maintenance records are available and mechanical wear is acceptable.

General overview for this equipment type