Loma Systems Sentry XR - XRay Machine

• Used for detecting physical contaminants like metal, glass, stone, and dense plastics in packaged food products.
• Applied in pharmaceutical production for inspecting tablets, capsules, and powders for foreign objects.
• Utilised in quality control for non-food items, such as cosmetics or small industrial components, to ensure product integrity.
• Integrated into production lines for inspecting bulk products before packaging to identify and reject contaminated batches.

Typical throughput

Units of this class commonly handle line speeds suitable for high-volume production, often up to 60 metres per minute or more, depending on product size and inspection requirements.

Power supply

Typically requires a standard industrial three-phase power supply, commonly 400V AC, 50Hz, with specific amperage requirements varying by model configuration.

Detection capabilities

Capable of detecting a wide range of contaminants, including ferrous, non-ferrous, and stainless steel, glass, stone, and dense plastics, often down to sub-millimetre sizes depending on product density and presentation.

Product suitability

Designed to inspect a diverse range of products, including packaged goods, bulk items, pumped products, and products in various container types such as cartons, pouches, and jars.

Operating environment

Commonly built to industrial standards, with typical ingress protection (IP) ratings suitable for washdown environments in food processing facilities.

Safety features

Units are typically equipped with comprehensive safety interlocks, lead-lined enclosures, and emergency stop functions to ensure safe operation in accordance with radiation safety regulations.

• What types of contaminants can an X-ray machine detect?

  X-ray machines are effective at detecting a broad spectrum of dense contaminants, including various metals (ferrous, non-ferrous, stainless steel), glass, stone, calcified bone, and certain high-density plastics. Their effectiveness depends on the density difference between the contaminant and the product.

• Is this equipment safe to operate in a food processing environment?

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

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

• What product sizes can this machine typically inspect?

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