Aluminum Foil Metal Detectors are widely used in food, nutraceutical, cosmetics, daily chemical, and other industries that package products in aluminum foil or metallized films.
The Industrial Metal Detector – Conveyor Metal Detector is an advanced inspection system designed for the automatic detection of metal contaminants in products transported on a conveyor belt.
Pharmaceutical Metal Detector for tablet press and capsule filling machine provides high-sensitivity detection of ferrous, non-ferrous and stainless-steel contaminants
The system ensures product purity, protects processing equipment, and helps pharmaceutical manufacturers comply with GMP, HACCP, FDA, and international quality standards.
A Tablet Capsule Metal Detector is a high-precision inspection system specifically designed for the pharmaceutical industry to detect and reject metal contaminants from tablets, capsules, soft gels, and other solid dosage forms.
Tablet Metal Detector for Pharmaceutical is a high-sensitivity metal contamination inspection machine specially designed for tablets, pills, caplets in pharmaceutical production.
Pharma Metal Detector is widely used in industries requiring strict quality control, especially for small-size products with high production speed and precision requirements.
This Metal Detector can accurately detect Fe, Non-Fe, and SUS foreign objects in packaging forms such as aluminum foil bags, aluminum-plastic composite films, and aluminum foil trays, and is suitable for high-standard automated production lines.
This equipment typically employs a vibrating conveyor structure, combined with digital signal processing (DSP) and automatic learning algorithms, maintaining stable and reliable detection performance even in high-volume, small-tablet, and low-metal-content environments.
The Pharma Capsule Metal Detector is a high-sensitivity inspection system specifically designed for capsule and tablet production lines.Inline Tablet Metal Detector ensures reliable detection and rejection of ferrous, non-ferrous, and stainless steel contaminants during high-speed pharmaceutical manufacturing.
