York Tipping System

• Used for controlled discharge of bulk materials from containers into processing lines or other receptacles.
• Commonly found in food processing for emptying ingredient bins or mixing bowls.
• Utilised in waste management for tipping refuse into larger collection vehicles or compactors.
• Applied in chemical and pharmaceutical industries for transferring powders or granules.
• Suitable for handling various container types, including Eurobins, drums, and bespoke skips.

Typical capacity

Units of this type typically handle loads ranging from 200 kg to 1500 kg, depending on the specific design and lifting mechanism.

Power supply

Commonly requires a 3-phase electrical supply, typically 400V, 50Hz, though hydraulic systems may also be present.

Lift height

Typical discharge heights for this class of equipment range from 1.5 metres to over 3 metres, depending on the application.

Material of construction

Often constructed from stainless steel for hygiene-critical applications, or mild steel with a protective coating for general industrial use.

Footprint

The footprint varies significantly but typically requires a floor area of approximately 1.5m x 2m for the main unit, plus operational clearance.

Tipping angle

Units commonly achieve a tipping angle of 135 to 150 degrees to ensure complete discharge of materials.

• What types of containers can a York Tipping System handle?

  This class of equipment is often designed to handle standard industrial containers such as Eurobins (200L or 300L), drums, or custom-fabricated skips. Buyers should verify compatibility with their specific container dimensions.

• Are safety features standard on these tipping systems?

• What maintenance is typically required for a used tipping system?

• Can this system be integrated into an existing production line?

• What are the common causes of operational issues with used tipping systems?

Lifting and tipping equipment for food handling is valued for durability and reliability in demanding environments. Buyers typically prioritize robust construction, stainless steel components where applicable, and compliance with food safety standards. When purchasing used models, inspectors should assess mechanical wear, hydraulic system condition, and operational smoothness. Common strengths include longevity when properly maintained, efficient load handling, and adaptability to various food processing workflows. Equipment reputation generally remains strong provided previous maintenance records are documented and critical seals show minimal degradation.

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