Autoclave 6 Basket

• Sterilisation of canned and pouched foods (e.g., vegetables, fruits, ready meals).
• Processing of pet food products requiring thermal sterilisation.
• Curing and vulcanisation of rubber and composite materials.
• Sterilisation of medical instruments and pharmaceutical products in specific industrial settings.
• Pasteurisation of certain dairy and beverage products.

Typical capacity

For a 6-basket unit, internal volume is typically sufficient to accommodate six standard retort baskets, often around 1000-2000 litres total volume, depending on basket dimensions.

Power supply

Industrial autoclaves of this class commonly require a 3-phase electrical supply, typically 400V or 415V, 50Hz, with significant amperage for heating elements and pump motors.

Heating method

Units are typically steam-heated, requiring a connection to a suitable industrial steam generator, or can be electrically heated.

Operating pressure

Commonly operates at pressures up to 5-7 bar (70-100 psi) for effective sterilisation.

Operating temperature

Capable of reaching sterilisation temperatures typically between 110°C and 135°C.

Construction material

As described, all stainless steel construction (typically 304 or 316 grade) is standard for food processing applications to ensure hygiene and corrosion resistance.

Control system

Modern used units commonly feature PLC-based control systems for automated cycle management, temperature, and pressure regulation.

• What is the typical footprint of a 6-basket autoclave?

  The footprint can vary, but a 6-basket horizontal autoclave typically requires a floor space of approximately 3-5 metres in length and 1.5-2.5 metres in width, plus access for maintenance.

• What utilities are required to operate this type of equipment?

• Can this autoclave be used for both sterilisation and pasteurisation?

• What maintenance is typically involved with a used autoclave?

• Is this unit suitable for flexible packaging (pouches)?

Retorts and autoclaves are valued for reliable sterilisation and preservation of food products. Industry buyers typically prioritise robust construction, consistent temperature control, and compliance with food safety standards when selecting used equipment. Key considerations include chamber size, pressure vessel integrity, and documentation of maintenance history. Strengths commonly recognised include long operational lifespans, straightforward mechanical operation, and proven effectiveness across various food processing applications. Buyers often seek units from established manufacturers known for durability and spare parts availability.

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