
Cyanoacrylate Products
View our selection of cyanoacrylate fuming products. We carry an extensive line of cyanacrylate fuming chambers, fuming wands, cyanoacrylate glue, chamber wipes and much more.
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CApture BT Fuming Chamber
This benchtop chamber with microprocessor control automates the Cyanoacrylate (CA) fuming of evidence. The programmable operating system combines the control and monitoring of all critical parameters in the Super Glue fuming process with the precision to store and easily repeat specified programs. Its spacious interior with... Learn More -
New
CApture BT Fuming Chamber - Tin Drop
This benchtop chamber with microprocessor control automates the Cyanoacrylate (CA) fuming of evidence. The programmable operating system combines the control and monitoring of all critical parameters in the Super Glue fuming process with the precision to store and easily repeat specified programs. Its spacious interior with... Learn More -
Disposable Fuming Systems
This disposable fuming chamber features a simple 2-piece frame assembly available in your choice of aluminum or Fiberglass construction. It features true heavy-duty shock-cord design which allows self-assembly in seconds with a light shake. The frame is then fitted into a sturdy 11 5/8" x 11 5/8" base, creating the framewor... Learn More -
CApture™ Portable Fuming Systems
The CApture Portable Fuming System quickly fixes latent fingerprints at the crime scene using microburst or traditional CA fuming methods, while protecting the user from hazardous fumes. Its patented* design combines all the components needed in one compact system: a heater to heat the Super Glue†; a shatter-resistant, cl... Learn More -
Misonix Cyanoacrylate Fuming Chambers
Safely fuming evidence with consistent, reproducible results has never been easier. Place your evidence in the chamber, add super glue to the heating element and push the start button. Within minutes, high quality latent fingerprints are developed. The Misonix exclusive design ensures that hazardous cyanoacrylate fumes are ... Learn More