The SV-2 cyanoacrylate chamber with automatic heating, air recirculation, humidity maintenance system and autonomous dual air purification system is designed to detect invisible traces on various objects using cyanoacrylate vapors.
Hidden traces are detected with cyanoacrylate vapors in a closed chamber under conditions of controlled cyanoacrylate glue heating temperature and air humidity control.
The design of the cyanoacrylate chamber provides for the presence of: an electronic thermostat for setting and controlling the temperature of the heating element, a humidity maintenance system and a sensor for controlling the relative humidity of the air; an autonomous dual chamber purification system from cyanoacrylate vapors, provided by installing an internal carbon cleaning filter.
The chamber has a transparent opening door and a transparent upper surface, through which it is possible to control the entire process of fumigation of research objects with cyanoacrylate vapors and visualization of the detected traces.
The camera allows for the detection of invisible traces with their subsequent recording on objects made of various materials, various shapes and sizes, including samples of cold bladed weapons (knives, daggers), short-barreled (pistols, submachine guns) and long-barreled (machine guns, sawed-off shotguns) firearms.
The camera is designed for operation in closed dry rooms equipped with supply and exhaust ventilation and an alternating current network with a voltage of 220 V. Sockets with a voltage of 220 V must be grounded.
Technical specifications:
Width ………… 762
Depth ………… 305 Height …………. 864
Maximum dimensions of objects to be examined, mm:
Length …………… 600; Width …………. 200; height ………….. 200. Power supply voltage, V …………………….. 220.