The Scintrex Trace EN5000 gas chromatography/ion mobility spectrometry (GC/IMS) desktops detect and identify minute traces of explosives or narcotics within a complex background more accurately than single, simple IMS systems. The Scintrex EN5000 trace detector is designed to operate more safely and more accurately, with fewer false positives and with far fewer consumables, making them a great choice as drug detectors and bomb detectors for high-throughput checkpoints. These versatile desktop scanners identify traces of specific explosives or narcotics within a multi-compound sample more accurately than single technology systems. Self-contained and self-cleaning, the lower consumables, lower isotope level units feature onboard printers and large touch screen displays that present clear, easy to read results.

• Delivers laboratory-grade accuracy to the field
• Rapid, accurate and easy to read results in seconds
• Detects nitrogen- and peroxide-based explosive compounds
• Detects cocaine, THC, methamphetamines and heroin
• Overall Dimensions (L x W x H): 43.2 x 35.6 x 20.3 cm (17.0" x 14.0" x 8.0")
• Weight: 9 kg (20 lb) uncrated
• Available with additional options to extend functionality
• Specs subject to change, spec sheet available upon request

Security Applications: Public Safety, Corrections, Critical Infrastructure, Customs and Border Protection, First Responders, Government, Law Enforcement, Mail and Shipping, Military, Schools, Transportation, Airport and Port Security, VIP and Event Security

Export and End-User restrictions apply.

About Scintrex Trace Detection:
With the broadest range of narcotics and explosives trace detectors available, Scintrex Traces pioneering trace technologies are preferred by security professionals. These highly sensitive and specific trace detectors are designed to keep false alarm rates low while rapidly finding microscopic particle and vapor traces of illicit substances. A global leader in explosives, chemical and narcotics detection, Scintrex Trace is Autoclears Canadian-based trace detection division.