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

• Feeding snack products into packaging lines.
• Transferring pelletised materials within processing plants.
• Elevating bulk ingredients to higher-level processing equipment.
• Distributing granular products to multiple destinations.

Typical hopper capacity

For this class of equipment, hoppers commonly range from 100 to 1000 litres, depending on the specific model and intended use.

Power supply

Units of this type typically operate on a 3-phase industrial power supply, commonly 400V, 50Hz.

Throughput

Throughput rates are highly variable but are often in the range of 500 kg/hr to 3000 kg/hr, influenced by product density and elevator speed.

Construction material

Components in contact with product are typically constructed from food-grade stainless steel (e.g., 304 or 316) for hygiene and durability.

Footprint

The overall footprint can vary significantly, with bucket elevators often requiring vertical clearance of 3 to 6 metres and a base area of approximately 1.5m x 1.5m.

Suitable product types

Ideally suited for free-flowing, non-sticky granular or pelletised products, as described in the listing.

• What maintenance is typically required for a system like this?

  Routine maintenance commonly involves checking conveyor belts and buckets for wear, lubricating bearings, and ensuring vibratory mechanisms are functioning correctly. Regular cleaning, especially for food contact parts, is also essential.

• Can this system handle different product sizes?

• Is this system suitable for outdoor use?

• How is the diverter typically controlled?

• What are the typical safety features on such equipment?

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.

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