Burgess Three roll sheeter

• Producing uniform dough or pastry sheets for bakery products.
• Forming consistent layers for confectionery items like biscuits or crackers.
• Preparing base sheets for various food processing lines requiring specific thickness.
• Creating flat sheets from various pliable food materials for further processing.

Roller configuration

This unit features a three-roll system, commonly with two fluted and one smooth roller, suitable for initial reduction and final smoothing.

Roller width

Units of this type commonly feature roller widths around 450mm, suitable for medium-scale production.

Material construction

Typically constructed from stainless steel, ensuring hygiene and durability in food processing environments.

Power supply

Commonly requires a 3-phase electrical supply for robust operation.

Hopper design

Often includes a top-mounted hopper for continuous feeding of raw material.

Mobility

Frequently mounted on a mobile frame, allowing for flexible placement within a production facility.

Throughput

Throughput for this class of equipment is dependent on material consistency and desired sheet thickness, typically suited for batch or continuous medium-volume operations.

• What types of materials can this sheeter process?

  This type of sheeter is typically used for various doughs, pastry, and other pliable food masses requiring consistent sheet formation. The specific material suitability depends on its rheological properties.

• How is sheet thickness controlled?

• What are the benefits of a three-roll system?

• Is this unit suitable for continuous production?

• What maintenance is typically required for a sheeter?

• Can this sheeter handle different product widths?

Sheeters and laminators are valued in bakeries for consistent dough thickness and lamination quality. Buyers typically prioritise machines with reliable roller mechanisms and sturdy construction, as these handle repeated daily use well. Used units often represent good value when purchased from reputable sources. Key considerations include motor condition, roller wear, and whether calibration remains accurate. Well-maintained examples deliver dependable performance for croissant, Danish and pastry production. Mechanical simplicity means experienced operators can manage minor maintenance effectively.

General overview for this equipment type