Ferrous Metal Detector with TruSense FMDs

Fixed ferromagnetic detection systems designed to identify metallic objects in patients and medical personnel before entry into MRI environments. These detectors ensure patient safety by preventing ferromagnetic materials from entering magnetic resonance imaging facilities where they pose serious risks.

A detection system for identifying metallic and ferromagnetic objects in MRI environments. This device prevents accidents and ensures patient safety by preventing incompatible materials from entering magnetic resonance imaging areas.

Advanced detection system installed at MRI suite entrances to identify ferromagnetic objects and prevent projectile incidents, protecting personnel and equipment while ensuring imaging quality.

Ferromagnetic detection system designed to identify ferromagnetic foreign bodies and prevent accidental retention in patients during medical procedures. The system provides rapid detection within 3-5 minutes, reducing surgery time and improving patient safety by protecting both patients and medical equipment from ferromagnetic contamination risks.

Comprehensive detection systems for MRI facility safety that identify ferromagnetic objects and materials dangerous in magnetic resonance environments. These systems protect both patients and expensive MRI equipment from potential damage caused by metallic interference.

A patented ferromagnetic detection system designed to prevent ferrous materials from entering MRI rooms. This device provides safety screening to protect patients and equipment from dangerous metal contamination in magnetic resonance imaging environments.

Hand-held ferromagnetic detector for pre-MRI patient screening. Locates ferromagnetic materials and metallic prostheses in the human body to prevent safety hazards in MRI environments. Dual-sensing technology enables rapid, non-invasive detection of contraindicated metal implants before imaging procedures.

Hand-held ferromagnetic detector for screening patients and identifying ferromagnetic materials and prostheses before MRI procedures. Dual-sensing technology localizes dangerous metallic objects within the human body to prevent patient injury and equipment damage in MRI facilities.

A portable hand-held patient screener designed for ferromagnetic metal detection prior to MRI scans. The device features dual-sensing capability to separately detect ferromagnetic metals only or both ferromagnetic and non-ferromagnetic metals simultaneously. It is constructed entirely of non-magnetic materials, allowing safe operation inside MRI rooms (Zone 4) up to 3T magnetic field strength without risk of attraction or damage. The PD240CH-Z4 provides protection from both projectile effects and RF-induced metallic heating through three operational modes: ALL METALS, BODY, and HEAD screening, with customizable sensitivity levels and dual-tone audio and dual-colour visual signalling for precise object localization.

Hand-held screening devices specifically designed to precisely locate ferromagnetic materials and prostheses within patients prior to MRI procedures. These screeners assist clinical staff in identifying contraindicated metallic implants that could endanger patient safety.

A dual-sensing hand-held ferromagnetic detector designed for patient screening prior to MRI scans. The device features high precision pinpointing through dual-tone audio signalling and dual-colour display, with three modes of operation for detecting ferrous metals, non-ferrous metals, or both. It provides patient safety by mitigating risks of RF burns from metallic implants or foreign objects, and includes customizable sensitivity settings, audible and vibration alerts, and embedded rechargeable batteries.

Portable handheld screening devices utilizing dual sensing technology to locate ferromagnetic materials and metallic prostheses within the human body. These screeners are essential for pre-MRI patient assessment and identification of contraindicated metallic implants.