CFS GEA - CFS Mega Slicer

• High-volume slicing of cooked meats, cheeses, and other deli products in food processing plants.
• Portion control and packaging lines for retail and foodservice sectors.
• Preparation of consistent slices for ready meals and sandwich production.
• Processing of various product shapes, including round, square, and rectangular logs.

Typical capacity

Capable of handling multiple product logs simultaneously, commonly 2-4 logs, depending on product dimensions.

Power supply

Typically requires a 3-phase industrial power supply, commonly 400V, 50Hz.

Throughput

High throughput rates are common for this class of equipment, often exceeding 100 slices per minute per log.

Product dimensions

Suitable for logs with typical cross-sections up to 200mm x 200mm, or similar diameter for round products.

Checkweigher integration

Units of this type commonly feature integrated checkweighers for precise portion control and reduced giveaway.

Construction materials

Predominantly stainless steel construction for hygiene and durability in food environments.

Footprint

Requires a significant operational footprint due to the slicer, checkweigher, and outfeed conveyor system.

• What types of products can a CFS Mega Slicer typically process?

  These slicers are designed for high-volume processing of various cooked meat products such as ham, chicken, bacon, and certain cheeses, often in log or block form.

• Does this type of slicer offer portion control?

• What are the typical maintenance requirements for a used industrial slicer?

• Is specialist installation required for this equipment?

• Can this machine handle different product shapes?

Used meat slicers are valued for their durability and consistent performance in food processing operations. Buyers typically prioritise machines with minimal blade wear, robust safety guards, and well-maintained mechanical components. Key strengths include reliable cutting precision and longevity when properly serviced. When purchasing secondhand equipment, inspecting the blade condition, motor function, and cleanliness is essential. These machines generally hold good resale value and remain cost-effective investments for established processors seeking proven equipment.

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