Multivac 5200 Thermoformer

• Packaging of fresh and processed foods, including meats, cheeses, and ready meals.
• Sterile packaging for medical devices and pharmaceuticals.
• Creation of consumer goods packaging for items like electronics and personal care products.
• Forming of industrial components and parts trays.
• Unit dose packaging for various products.

Typical capacity

Throughput for this class of equipment typically ranges from 10 to 30 cycles per minute, depending on film type, product, and pack dimensions.

Power supply

Commonly requires a 3-phase electrical supply, typically 400V, 50Hz, with varying amperage requirements based on machine configuration.

Film materials

Capable of processing a wide range of thermoformable and sealable films, including flexible and rigid films such as APET, PP, PVC, PS, and various laminates.

Forming area

The maximum forming area for a Multivac 5200 series typically accommodates a film width of around 420mm, with variable draw depths.

Cooling requirements

Often requires a connection to a chilled water supply for cooling the forming and sealing plates, ensuring consistent process temperatures.

Air supply

Typically requires a compressed air supply, usually between 6-8 bar, for pneumatic functions and vacuum generation.

• What is a thermoformer?

  A thermoformer is a machine that heats a plastic film, forms it into a desired shape using a mould and vacuum/pressure, fills it with product, and then seals it with a top film.

• What kind of products can be packed on a Multivac 5200?

• Are spare parts readily available for a Multivac 5200?

• What maintenance is typically required for a used thermoformer?

• Can this machine be reconfigured for different pack sizes?

• What is the typical footprint of a machine in this class?

Thermoforming equipment holds a solid reputation for reliability and cost effectiveness in food packaging operations. Buyers typically value machines offering consistent forming quality and minimal downtime. When purchasing used units, buyers should prioritise inspecting heating elements, mould condition, and hydraulic systems, as these components experience significant wear. Strengths include straightforward maintenance requirements, good availability of spare parts, and proven performance across various packaging applications. Industry sentiment favours models with proven track records and complete maintenance documentation.

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