Sepamatic 1400 PT

• Separation of meat from bone in poultry, pork, and beef processing.
• Recovery of residual meat from bones after primary butchering.
• Production of finely textured meat for various food products.
• Processing of fish for deboned products and surimi production.
• Extraction of soft tissues from other raw materials in food production.

Typical throughput

For this class of equipment, throughput commonly ranges from 1,000 kg/hr to 3,000 kg/hr, depending on the raw material and desired output.

Power supply

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

Motor power

Motor power for Sepamatic 1400 PT models is typically in the range of 15 kW to 22 kW.

Feed system

This model is described as having a hopper feed system, which is standard for continuous processing of bulk raw materials.

Separation principle

Sepamatic machines generally use a low-pressure separation system to gently separate soft tissue from hard components, preserving product quality.

Material of construction

Components in contact with food are typically manufactured from food-grade stainless steel (e.g., AISI 304 or 316) for hygiene and durability.

Footprint

For a Sepamatic 1400 PT, the footprint is typically substantial, requiring dedicated floor space, commonly around 2.5m x 1.5m, plus space for maintenance access.

• What kind of raw materials can a Sepamatic 1400 PT process?

  This type of bone separator is primarily designed for processing pre-broken or crushed bones from poultry, pork, and beef, as well as fish frames, to recover residual meat.

• What is the typical yield from a bone separator?

• What maintenance is typically required for a Sepamatic 1400 PT?

• Are spare parts readily available for Sepamatic equipment?

• What is the typical output product from this machine?

Separators and extraction systems are valued for their reliability in sample preparation workflows across laboratory and pharmaceutical settings. Buyers typically seek equipment with robust construction and minimal downtime history. Key considerations when purchasing used units include chamber integrity, seal condition, and calibration documentation. Industry sentiment favours models offering consistent reproducibility and easy maintenance. Established brands generally command confidence due to parts availability and technical support, though thorough inspection and performance testing remain essential before purchase.

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