INDUSTRIAL Metal Detectors


THS/210-MBH9

Cutting-edge metal detection system for heavy washdown food-processing areas





Company Presentation

CEIA ATEX Notification



CEIA ISO 9001 Certification
LACE ISO 17025 Accreditation



Visit us at
Siema Maroc
Casablanca - Morocco
9 - 11 September 2025
Exhibitor: CEIA S.p.A.

IBIE - International Baking Industry Exposition
Las Vegas, NV - United States of America
14 - 17 September 2025
Exhibitor: Heat and Control - Booth 501

FACHPACK
Nuremberg - Germany
23 - 25 September 2025
Exhibitor: CEIA S.p.A. - Hall 1 Booth 1-534

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  • Exceptional metal detection performance detects ferrous, non-ferrous, and stainless-steel contaminants with high sensitivity—even in complex, wet products
  • Rugged, intuitive touchscreen interface designed for ease of use in harsh environments
  • AUTO-LEARN AND SELF-CALIBRATION Fast, accurate setup with automatic optimization across all metal types
  • Built-in AUTO-QC Function automated calibration verification for daily process assurance without interrupting production
  • Advanced ejector control precise reject timing and configuration for hygienic and reliable product separation
  • Smart connectivity gigabit ethernet, wireless support, and compatibility with major fieldbus protocols for seamless integration
  • THS PRODUCTION 4.0 READY Full compatibility with CEIA software for real-time data integrity, traceability, and ERP/MES connectivity
  • Advanced event logging Up to 500,000 events locally securely stored for audits, analysis, and full traceability. Unlimited events when networked with THS Production 4.0
  • 21 CFR PART 11 COMPLIANCE Meets FDA requirements for electronic records and signatures in regulated environments
  • Integrated remote diagnostics & web server enables remote monitoring, support, and system management from any connected device
  • Firmware-based electronics fast start-up, cybersecurity-ready, and designed for dependable operation in demanding lines
  • AISI 316L STAINLESS STEEL & FDA-COMPLIANT PLASTICS Built to resist corrosion and support high-pressure, high-temperature cleaning protocols
  • Hygienic frame design smooth, crevice-free surfaces and tool-free access for fast, effective washdown and maintenance
  • IP69K-RATED CONSTRUCTION AND COMPONENTS Withstands intensive cleaning cycles with highpressure, high-temperature water jets
  • Certified conveyor control UL 508A and CSA C22.2 No. 286-listed conveyor control system available upon request
  • Integrated safety functions Includes Safe Torque Off (STO) compliant with EN ISO 13849-1, and ejector de-energization up to PL c (PL d available on request)



Manuals



THS/210-MBH9

The CEIA THS/210®-MBH9 is a next-generation metal detection system developed to meet the rigorous demands of the wet food industry, including meat, poultry, and seafood processing environments. Built on advanced multi-spectrum technology and a FULLY DIGITAL ARCHITECTURE, this platform delivers high detection accuracy, fast startup, and long-term reliability, even under the most challenging washdown conditions. Designed for integration in hygienic production zones, the THS/210®-MBH9 features IP69K-rated construction and components, AISI 316L stainless steel housing, and FDA-compliant materials, ensuring resistance to high-pressure, high-temperature cleaning procedures. Its hygienic design facilitates easy, residue-free cleaning and supports compliance with international food safety standards. The system also offers robust connectivity options for integration with line automation, traceability systems, and CEIA’s Production 4.0 software, enabling full process control and data integrity. With its combination of reliable performance, sanitary design, and smart connectivity, the THS/210®-MBH9 is an ideal solution for producers seeking consistent contaminant control and efficiency in wet food processing environments.

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