Metal Detector per la SICUREZZA


PD240CH-Z4

Dual sensing Hand-Held Ferromagnetic Detector for patient screening prior to MRI scans



Equipment rental requst form


Presentazione Aziendale
Certificazione ISO 9001
  • Non-magnetic construction, suitable to operate inside the magnet room
  • High precision pinpointing by dual-tone audio signalling & dual-colour display
  • Large search area for faster and accurate screening operations
  • Three modes of operation allow for high-performance ferrous detection, head or full body, or full metals detection in full body
  • Patient safety - Mitigates the risk of an RF burn occurring in the scanner due to either Ferrous or Non-Ferrous Metals
  • Dual sensing - Separate screening for ferrous metallic items or any type of metallic item
  • Audible and visual-magnitude alert settings
  • Visual signalling combined with the audio provide feedback on the location and position of the object under alarm

Depliant
Click To View English - US Brochure
Manuali
PD240CH-Z4

PD240CH-Z4 is a portable Hand-held Patient Screener that allows, according with the operator settings, the detection of magnetic metal masses only or magnetic and non-magnetic metals at the same time. The PD240CH-Z4 can be operated in Zone 1, 2, 3, 4.

PD240CH-Z4 - detail

Customizable interface, energy-saving mode, and sensitivity

PD240CH-Z4 is a portable Hand-held Patient Screener that allows, according with the operator settings, the detection of magnetic metal masses only or magnetic and non-magnetic metals at the same time. The only hand-held MRI patient screening device capable of separately detecting both ferromagnetic and non-ferromagnetic metallic items, the PD240CH-Z4 provides protection from both adverse magnetic field interaction (projectile effect) and potential RF-induced metallic heating.

PD240CH-Z4 is designed to be entirely non-ferromagnetic, there¬fore it can be used inside the MRI room (zone 4) without the risk to be attracted or damaged by the magnets without comprising performance or creating a potential projectile risk.