Cyanoacrylate fuming chambers are used in forensics and crime laboratories to process evidentiary items such as latent fingerprints while eliminating user exposure to hazardous chemical fumes. Cyanoacrylate polymerization is accelerated through solid-state heating, and recirculatory design eliminates the need for ducting. Sizes of cyanoacrylate fuming chambers range from walk-in chambers to units less than 2ft wide for smaller labs or mobile crime labs.
Handy features include microprocessor control of cycle time, temperature, and humidity level between 50 and 80%. Manual or automatic options are available, including full automation of the hotplate, door lock, internal circulation fan, and purge cycle. Audible and visible alarms as well as a tamper-resistant compartment help maintain the necessary chain of custody.
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| Company | TopAir Sytems Inc. | TopAir Sytems Inc. | TopAir Sytems Inc. | TopAir Sytems Inc. | TopAir Sytems Inc. |
| Item | Cyanoacrylate Fuming Chamber | Polypropylene Cyanoacrylate Fuming Chamber | Polypropylene Cyanoacrylate Fuming Chamber | Water Filtration Cyanoacrylate Fuming Chamber | Water Filtration Cyanoacrylate Fuming Chamber |
| Catalog Number | SG-075-P / SG-090-P / SG-120-P / SG-150-P / SG-180-P | SG-060-P / SG-075-P / SG-090-P / SG-150-P / SG-180-P | SG-ECO-60-P / SG-ECO-90-P | SG-075-WF / SG-090-WF / SG-120-WF / SG-150-WF / SG-180-WF | SG-060-WF / SG-075-WF / SG-090-WF / SG-150-WF / SG-180-WF |
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| Description | TopAir’s Cyanoacrylate Fuming Chamber also known as Fingerprint Development Systems 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 TopAir’s Cyanoacrylate Fuming Chamber also known as Fingerprint Development Systems 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, level, door lock, internal circulation fan and purge cycle.
It’s recirculatory design enables the Fingerprint Development Systems 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.
Features:- Control System displays all parameters of the processing cycle
- 3 built-in programs in the control system + an open program for user programming
- Can be activated automatically, or manually with an option for temperature and humidity control
- Filtering system with a carbon filter + pre filter
- Eco-friendly, cost-saving LED lighting
- Alarm for end of automatic cycle
- Audio-Visual 10-second alarm.
- CE certified.
- Optional – chemical sensor for safety quality enhancement
... Read More | 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 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.... Read More | 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 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.... Read More | 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 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.... Read More | Inquire |
| Temperature Range | Inquire | Inquire | Inquire | Inquire | Inquire |
| Exterior Dimensions | (WxDxH) 760 x 710 x 1270 mm 30 x 28 x 50’ to 1830 x 710 x 1270 mm 72 x 28 x 50’’ | varies with model | Inquire | Inquire | Inquire |
| Interior Dimensions | Inquire | varies with model | Inquire | Inquire | Varies with model |
| Humidity Range | Inquire | 60 to 80% | Inquire | Inquire | Inquire |
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