Ishida IX-EN-2493-S - Used Ishida X-Ray Machine

• Detecting foreign bodies such as metal, glass, stone, and dense plastics within packaged food products.
• Inspecting sealed products for missing components or incorrect fill levels.
• Quality control for confectionery, baked goods, dairy, meat, and ready meals.
• Ensuring product integrity and consumer safety in food processing lines.

Typical throughput

Typically capable of inspecting up to 600 products per minute, depending on product size and line speed.

Power supply

Commonly requires a 230V, single-phase or 400V, three-phase electrical supply, typically 50Hz for UK operations.

X-ray output

X-ray tube power for this class of equipment typically ranges from 200W to 500W, with voltages up to 80kV.

Detection capabilities

Capable of detecting contaminants down to 0.4mm depending on product density and type.

Typical footprint

A unit of this type typically occupies a floor space of approximately 1.5m to 2.5m in length and 0.8m to 1.2m in width.

Conveyor belt width

Commonly features a conveyor belt width between 200mm and 400mm, suitable for various product sizes.

Construction material

Typically constructed from stainless steel (SUS304) for hygiene and durability in food environments.

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

  Ishida X-ray machines are designed to detect a wide range of foreign bodies, including metals (ferrous, non-ferrous, stainless steel), glass, stone, bone, and dense plastics. They can also identify product defects like missing items or incorrect fill levels.

• Is specific training required to operate an X-ray inspection system?

• What are the typical maintenance requirements for an X-ray machine?

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

• What product types are suitable for inspection by this model?

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.

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