Weber Skinner 2019

• Used for the automated removal of skin from various meat products, enhancing yield and product presentation.
• Commonly found in abattoirs, meat packing plants, and food processing facilities handling pork, beef, and poultry.
• Applied in the production of bacon, ham, sausages, and other processed meat products requiring de-skinning.
• Utilised for preparing cuts of meat for further processing, such as dicing, slicing, or mincing.

Typical capacity

Throughput for this class of equipment can range from several hundred to over a thousand kilograms per hour, depending on product type and feed method.

Power supply

Units of this type commonly operate on a 3-phase electrical supply, typically 400V, 50Hz, with power consumption varying by motor size.

Material construction

Food-grade stainless steel is standard for all product contact parts and housing, ensuring hygiene and durability in demanding environments.

Operating principle

Skinner machines typically use a rotating blade or roller system to precisely separate the skin from the meat, minimising product loss.

Suitable feed sizes

This equipment is generally designed to process a range of primal cuts and larger meat pieces, with specific dimensions depending on the model's infeed aperture.

Safety features

Commonly includes interlocked guards, emergency stop buttons, and blade protection systems to ensure operator safety during operation and cleaning.

• What types of meat can a Weber Skinner process?

  Weber Skinners are primarily designed for pork, but many models can be adapted or are suitable for processing beef, poultry, and fish, depending on the specific blade and roller configuration.

• What is the typical maintenance requirement for a used skinner?

• Are spare parts readily available for Weber Skinner models?

• What footprint does a skinner machine typically require?

• Can this equipment be integrated into an existing processing line?

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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