Weapon and metal detection is only one part of the security industry making our modern life a little bit more secure. But usual walk through detectors are bulky and heavy and mostly operated on mains. If a battery backup is available anyway, it’s normally lasting to bridge temporarily power failures only. ROTECK South Africa just launched a new generation of detection technology which is versatile, light weight and portable, and can be operated from a rechargeable battery for all event applications.
ROTECK EMF weapon detectors are probing natural resources in order to detect steel, iron and similar metal alloys, which are commonly used in dangerous weapons like guns and knifes. The detectors are probing for disturbance by movement of those metals only, any other metals like keys, coins, belt buckles etc. are ignored by the system which makes identification of possible dangerous weapons easy.
ROTECK EMF weapon detectors operate emission free and they are lightweight with an average of 3.5-7.0 Kg only (depending on model). The power saving electronic enables to operate the system by battery and/or solar power in all portable applications up to 24 hours without recharge.
ROTECK EMF weapon detectors are available for different applications. We offer a variety of fixed frame models anodised in different standard colours like silver, black and bronze (dark and bright), or powder coated and in tailor-made size. The units are available with or without exchangeable advertising frames, as an invisible model for permanent installation in existing passages, doorframes etc. and for discreet operation, as collapsible version for events and as baggage scanner, also available with or without exchangeable advertising frames. All detector models are walk-in or walk-through types, meaning the person screened for weapons can be stopped at the exit by a barrier or door for the application to grant or deny automatically or manual access or exit to shops, offices or buildings. All detectors can also be made waterproof for outdoor applications.