FORENSIC LAB
Description
Polypropylene Cyanoacrylate Fuming Chamber
TopAir’s Cyanoacrylate Fuming Chamber is used to develop latent prints from non-porous surfaces in a safe, controlled environment. Cyanoacrylate is placed inside the chamber while evidence is easily positioned using the adjustable hanging rods. Starting the cycle triggers the automated system to control the hotplate, humidity, door lock, internal circulation fan and purge cycle.
Its recirculatory design enables the system to operate and setup with no ducting required. The cyanoacrylate vapors are filtered by a carbon filter. This ensures that no dangerous substances are exhausted in to the atmosphere surrounding the laboratory. Its ductless construction also allows the unit to be easily moved and transported.
Ecoline Polypropylene Cyanoacrylate Fuming Chamber
TopAir’s Ecoline Cyanoacrylate Fuming Chamber is used to develop latent prints from non-porous surfaces in a safe, controlled environment. Cyanoacrylate is placed inside the chamber, and the evidence is easily positioned as well.
The unit is manually activated, enabling activation and switch-off of the hotplate and humidifier. Its recirculatory design enables the system to operate and setup with an extraction system. The cabinet requires a connection to an external ventilation system that diverts the material’s vapors outside the building.
Water Filtration Cyanoacrylate Fuming Chamber
TopAir’s Water Filtration Cyanoacrylate Fuming Chamber is used to develop latent prints from non-porous surfaces in a safe, controlled environment. Cyanoacrylate is placed inside the chamber while evidence is easily positioned using the adjustable hanging rods. Starting the cycle triggers the automated system to control the hotplate, humidity, door lock, internal circulation fan, and purge cycle.
The Cyanoacrylate vapors are filtered using water filtration. This ensures that no dangerous substances are exhausted in to the atmosphere surrounding the laboratory. The reaction of the fumes of cyanoacrylate to water causes the fumes turn into to non-hazardous plastic residue. The filtration tank is equipped with a draining tap and a built-in washing/ refilling pipe. Removal of the filtration tank is not required for washing and refilling. The unit’s recirculatory design enables the system to operate and setup with no ducting required. Its ductless construction also allows the unit to be easily moved and transported.
TopAir’s advanced Forensic Evidence Drying Hood protects wet or damp evidence from detrimental factors such as potential cross contamination and airborne pathogens. The hood also creates an effective shield for staff, preventing the operators from being exposed to harmful blood-borne pathogens and harmful bacteria or viruses.
The unit’s UV light performs additional disinfection of the Hood’s interior between sessions. This prevents cross contamination and ensures the integrity of samples for the purpose of DNA testing. The unit is designed to clean the incoming air streams through pre-filtration and then filter the Hood exhaust air using HEPA filtration. TopAir can customize the ductless evidence drying Hoods to meet customer requirements.