Ishida Tray Sealer

• Sealing pre-filled trays of fresh meat, poultry, and fish for retail display.
• Packaging ready meals, salads, and prepared foods to extend shelf life.
• Sealing bakery products and desserts in protective trays.
• Creating modified atmosphere packaging (MAP) for various perishable goods.
• Packaging small components or non-food items requiring a sealed tray.

Typical throughput

For this class of equipment, speeds commonly range from 40 to 120 packs per minute, depending on tray size and film type.

Power supply

Units of this type typically require a 3-phase electrical supply, commonly 400V, 50Hz.

Footprint

An Ishida tray sealer generally has a moderate footprint, requiring sufficient space for the main unit, infeed, and outfeed conveyors.

Tray materials

This equipment is typically compatible with a wide range of tray materials, including CPET, APET, PP, and aluminium.

Film types

Commonly handles various sealing films, including barrier films for MAP applications, peelable films, and lidding films.

Gas flushing capability

Many Ishida tray sealers are designed for integration with gas mixers for Modified Atmosphere Packaging (MAP).

Mould changeover

Units often feature quick-change tooling for different tray formats, supported by mechanisms like electric trolleys for efficiency.

Control system

Typically features a PLC-based control system with a touchscreen HMI for operation and recipe management.

• What types of products can an Ishida tray sealer package?

  These machines are versatile and commonly used for packaging fresh produce, meats, poultry, fish, ready meals, bakery items, and other prepared foods in pre-formed trays.

• Is this machine suitable for Modified Atmosphere Packaging (MAP)?

• What is involved in changing tray formats?

• What are the typical power requirements for this equipment?

• How easy is it to integrate this machine into an existing production line?

Used sealing machines are generally valued for their durability and long operational life. Buyers typically prioritize machines with clear maintenance histories and minimal wear on sealing components. Key considerations include film compatibility, seal quality consistency, and ease of adjustment. Reputable models tend to retain functionality well across multiple applications. Industry sentiment suggests these machines offer strong value when sourced from reliable vendors, though operators should verify calibration settings and test seal integrity before full production use.

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