Web Metal Detector

Bunting Web Metal Detectors are designed for continuous inspection of thin, non-metallic web materials such as plastic film, foil, paper, textiles, and laminates. Installed in-line on film, foil, or web processing equipment, they provide precise detection of ferrous, non-ferrous, and stainless steel contaminants before they can damage rollers, slitters, or downstream converting machinery.

With their slim, modular design, Web Metal Detectors integrate easily into both new and existing production lines. They monitor the entire web width in real time, ensuring full-surface coverage without interrupting product flow. Adjustable sensitivity and advanced signal processing deliver reliable, high-speed performance even on wide or fast-moving webs.

By preventing metal contamination, Web Metal Detectors protect valuable equipment, maintain consistent product quality, and safeguard brand reputation. Their accuracy and repeatability make them an essential part of quality assurance programs across packaging, film converting, and laminating operations, helping manufacturers reduce waste, avoid customer complaints, and meet strict industry standards.

High-Sensitivity Metal Detection
Detects ferrous, non-ferrous, and stainless steel contaminants in film, foil, paper, textile, and other web-based materials.

Continuous Inline Inspection
Monitors the entire web width in real time without interrupting product flow, ensuring complete inspection across every roll.

Protects Equipment and Brand Reputation
Prevents damage to slitters, laminators, and rollers while maintaining consistent product quality and protecting brand trust.

Supports Quality Assurance Programs
Delivers reliable, repeatable detection performance that helps meet strict QA and process control standards.

Compact, Retrofit-Friendly Design
Slim, modular construction fits easily into both new and existing converting, printing, or laminating lines.

Customizable Sensitivity and Calibration
Allows operators to fine-tune detection performance for different web thicknesses, material types, and line speeds.

Low-Maintenance Reliability
Built for continuous operation in high-speed production environments with minimal service requirements.

Web Metal Detectors are used in industries where thin, continuous materials such as film, foil, paper, and textiles are processed, converted, or finished. They help manufacturers prevent costly downtime, ensure consistent product quality, and protect brand reputation.

Film and Foil Converting
Used in plastic film, aluminum foil, and laminate production to detect metal contaminants that can cause surface defects or damage downstream equipment.

Printing and Laminating Lines
Installed before slitters or coaters to identify contaminants early in the process, preventing rework, waste, and customer complaints.

Paper and Textile Manufacturing
Inspect paper sheets, fiber webs, and nonwoven fabrics to safeguard cutting and winding systems from metal contamination.

Packaging and Flexible Materials
Ensures high-quality, contaminant-free film and foil used in food, pharmaceutical, and consumer packaging applications.

Recycling and Recovered Materials
Applied in recycling processes where web-based films and fibers are reprocessed, ensuring metal-free output that meets quality and safety standards.

By detecting contaminants early, Web Metal Detectors strengthen quality assurance programs, extend equipment life, and protect both production efficiency and brand integrity.

Web Metal Detectors are installed in-line with the moving web or sheet material, providing continuous inspection throughout production. As the web passes through the detection coil, the system scans for ferrous, non-ferrous, and stainless steel contaminants across the full material width.

When metal is detected, the coil generates a signal that is processed by the control unit. The system can alert operators, mark the contaminated area, or stop the line to prevent the defect from reaching downstream processes.

Designed for real-time monitoring, Web Metal Detectors deliver precise, high-speed detection without disrupting production. By identifying contamination before it reaches slitting, coating, or packaging stages, they help prevent waste, maintain consistent quality, and support brand protection through reliable, verifiable inspection.