Safeline ADV4 Xray machine

• Detecting metallic and non-metallic contaminants in packaged food products.
• Inspecting products for missing components or incorrect fill levels.
• Quality control for products in various packaging types, including foil and metallised film.
• Identifying damaged or malformed products before distribution.
• Ensuring product integrity in pharmaceutical and industrial applications.

Typical throughput

Units of this class commonly offer throughputs suitable for high-speed production lines, varying by product size and line speed.

Power supply

X-ray inspection systems typically require a 3-phase electrical supply, as indicated for this unit.

Aperture size

The aperture size, such as the 400mm x 200mm on this unit, dictates the maximum product dimensions that can be inspected.

Construction material

Equipment for food processing, like this stainless steel unit, is typically constructed from food-grade stainless steel for hygiene and durability.

Reject mechanism

Common reject mechanisms include push-arm, air blast, or diverter systems, with a push-arm into a bin as described for this unit.

Contaminant detection

X-ray systems are typically capable of detecting metals, glass, dense plastics, calcified bone, and stone.

• What types of products can this X-ray machine inspect?

  X-ray machines like the Safeline ADV4 are typically used for inspecting a wide range of packaged food products, including those in foil or metallised film, as well as some pharmaceutical and industrial items.

• What contaminants can an X-ray system detect?

• Is an X-ray machine safe for food products?

• What maintenance is typically required for an X-ray machine?

• What is the significance of the aperture size?

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

X-ray inspection systems hold strong reputation in food processing quality control. Buyers typically value their ability to detect foreign contaminants and ensure product consistency. When purchasing used equipment, inspect calibration records, detector functionality, and compliance with current safety standards. Common strengths include reliable contaminant detection, minimal product damage compared to alternative methods, and established integration with production lines. Maintenance history and original manufacturer documentation prove important for ongoing performance and regulatory compliance.

General overview for this equipment type