Frampton FR1-3 Flash roaster

• Achieving a roasted finish on pre-cooked meat products, such as hams, for enhanced flavour and appearance.
• Rapid roasting of various food items including fish, vegetables, and other prepared foods.
• Processing applications where a quick thermal finish is required without significantly increasing core product temperature.
• Use in food manufacturing facilities requiring high throughput for finishing cooked products.

Typical throughput

For this class of flash roaster, throughput can be high, often processing items in under 3 minutes per cycle, depending on product and desired finish.

Power supply

Units of this type commonly require a 3-phase electrical supply, typically 400V, for efficient heating and motor operation.

Construction material

Flash roasters are typically constructed from stainless steel, ensuring hygiene and durability in food processing environments.

Heating method

This equipment commonly uses radiant or convective heat, or a combination, to achieve a rapid surface roast.

Temperature control

Units typically feature adjustable temperature controls to suit different product requirements and desired roast levels.

Mobility

Many flash roasters, particularly smaller to medium-sized units, are designed to be mobile for flexible plant layout.

Footprint

While specific dimensions vary, flash roasters with a 2100mm x 140mm belt would typically have a compact footprint relative to their processing capacity.

• What types of products are suitable for a flash roaster?

  Flash roasters are ideal for pre-cooked meats, fish, and vegetables that require a quick surface roast or browning without overcooking the interior. They are particularly effective for products needing a 'roasted' appearance and flavour.

• How quickly can a flash roaster process products?

• Is temperature control precise on these units?

• What are the typical maintenance requirements?

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

Used roasters are valued for their durability and cost effectiveness in food processing operations. Buyers typically prioritise even heat distribution, temperature control consistency, and robust construction when selecting secondhand units. Industry sentiment favours roasters from established manufacturers known for reliable performance. Key considerations include maintenance history, heating element condition, and capacity matching operational requirements. Well-maintained roasters often deliver dependable service across coffee roasting, nut processing, and other food applications, making them sound investments for processors seeking to minimise capital expenditure.

General overview for this equipment type