STORK/MAREL AMF-BX semi-automatic breast cap filleting machine

• Processing poultry breast caps into fillets in medium-scale operations.
• Producing various fillet products such as inner fillets, outer fillets, and tenders.
• Integration into poultry processing lines requiring consistent filleting.
• Reducing manual labour in the breast cap filleting process.

Typical capacity

For this class of equipment, throughput commonly ranges from 2,000 to 4,000 breast caps per hour.

Power supply

Units of this type typically operate on a 3-phase electrical supply, commonly 400V, 50Hz, with pneumatic connections also required.

Materials of construction

Machinery for food processing is typically constructed from stainless steel and food-grade plastics for hygiene and durability.

Automation level

As a semi-automatic machine, it requires operator intervention for loading and potentially some trimming, while core filleting is automated.

Features

Units commonly include modules for inner fillet removal, skinning, and bone removal, depending on configuration.

Maintenance requirements

Regular cleaning, lubrication of moving parts, and inspection of blades and wear components are typically required.

• What is a semi-automatic breast cap filleting machine?

  A semi-automatic breast cap filleting machine processes poultry breast caps into fillets with a combination of automated steps and manual operator input, often for loading or final trimming.

• What are the benefits of using a machine like the AMF-BX?

• Can this machine process different sizes of breast caps?

• What kind of maintenance is involved?

• Is an inner fillet module a standard feature?

• What utilities are needed to run this machine?

Food processing cutters and dicers are valued for consistent product sizing and improved throughput in commercial kitchens and production facilities. Buyers typically prioritise robust construction, ease of cleaning, and reliable blade systems when purchasing used models. The equipment maintains strong reputation for durability across multiple shift operations. Key considerations include motor condition, blade sharpness, and safety guard integrity. Well-maintained units from established manufacturers generally deliver reliable performance at lower capital cost than new alternatives.

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