THS/210-MBH9

BUILT-IN AUTO-QC FUNCTION

Automated Calibration Check with Exceptional Accuracy. The THS/210®-MBH5 features a Built-In Auto-QC Function, a factory-calibrated verification system that simulates the transit of test spheres (ferrous, non-ferrous, and stainless steel) through the detector aperture. This function allows food producers to automatically verify the calibration of the metal detector without interrupting production or requiring manual test passes.

Auto-QC is based on a high-precision, internally generated stimulus that reproduces the exact signals acquired during certified test transits at the centre of the detection aperture—where sensitivity is at its minimum. This signal simulation is validated across the full operating frequency range of the metal detector, ensuring high repeatability and exceptional detection reliability.

While not intended to replace third-party calibration audits, Auto-QC is designed to eliminate the need for daily manual verification tasks typically performed by Quality Assurance personnel. The result: significant time savings, reduced labour costs, and improved process efficiency.

In addition, users can define a custom balance between manual and automated calibration checks, allowing for tailored compliance procedures based on internal protocols and audit requirements.

In addition, users can define a custom balance between manual and automated calibration checks, allowing for tailored compliance procedures based on internal protocols and audit requirements.

With Auto-QC, even minimal deviations in detection performance are identified in real time, supporting the highest standards of food safety and production control.

EXCLUSIVE AUTO-LEARN SYSTEM

• The CEIA Multi- Spectrum AUTO-LEARN system for food products delivers maximum sensitivity to all metal types—ferrous, non-ferrous, and stainless steel—starting from a single product transit.
• Thanks to advanced signal processing and multispectrum analysis, the system automatically optimizes detection parameters with a level of precision equivalent to hundreds of conventional learning cycles. This results in an unprecedented level of setup efficiency and calibration accuracy, enabling faster line start-up and consistently high detection performance