Cintex Metal Detector

• Detecting metallic contaminants in packaged food products.
• Inspecting bulk materials for unwanted metal fragments prior to further processing.
• Quality control in pharmaceutical production lines to ensure product integrity.
• Identifying metal inclusions in plastics or textiles during manufacturing.
• Protecting downstream machinery from damage caused by tramp metal.

Typical throughput

Varies significantly based on product size and line speed; for this class of equipment, it commonly ranges from 10 to 60 metres per minute.

Power supply

Typically 230V single-phase, 50Hz, though some industrial units may require 400V three-phase.

Detection sensitivity

Commonly capable of detecting ferrous, non-ferrous, and stainless steel contaminants, with sensitivity dependent on aperture size and product effect.

Belt width

For units with an Intralox belt, widths typically range from 200mm to 600mm, accommodating various product sizes.

Rejection mechanism

This unit features a belt stop/alarm, which is a common method for manual removal of contaminated products.

Construction material

The main frame is typically stainless steel for hygiene and durability in food processing environments.

Operating environment

Designed for use in industrial settings, often with an IP rating suitable for washdown areas.

• What types of metal can this detector identify?

  Cintex metal detectors are generally designed to identify ferrous (e.g., iron), non-ferrous (e.g., aluminium, copper), and non-magnetic stainless steel contaminants. The exact sensitivity for each type will depend on the unit's configuration and the product being inspected.

• How does the 'belt stop/alarm' functionality work?

• Is this unit suitable for wet or washdown environments?

• Can this metal detector be integrated into an existing production line?

• What maintenance is typically required for a metal detector with an Intralox belt?

• What is the typical lifespan of a used Cintex metal detector?

Metal detectors for food processing remain reliable workhorses in quality control operations. Buyers typically value their durability and consistent contamination detection capability. When purchasing used units, inspecting calibration history and sensitivity settings proves essential. Industry sentiment favours machines with straightforward maintenance records and minimal downtime. Common strengths include robust construction, straightforward operation, and cost-effectiveness compared to new equipment. Prospective buyers should verify functional testing documentation and assess integration compatibility with existing production lines.

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