Griffin 824 in operation (Photo FLIR) |
Garth, can you tell
me about your background and the product?
Let’s begin with you and then what it actually does?
Well, I’m the program manager for the Griffin 824. I previously worked for Griffin before it became a part of FLIR. The device is a mass spectrometry device which analyzes chemical compounds at the molecular level. It is used in a variety of field applications ranging from corrections, law enforcement, border crossings, airports, etc. It looks for explosives and narcotic traces from a user-gathered sample.
Wow, that sounds
pretty interesting. How exactly does it
do that? *At this point, I’m hoping Garth doesn’t go over my head.*
What happens is the user swipes a surface with a 1-inch paper-like sheet. The sheet contains a surface area that picks up trace elements from the surface to be examined. The user then inputs the sample in the Griffin 824 which then inserts the sheet between two stainless steel plates. The plates are heated to vaporize the sheet and the elements. The ions are then manipulated using electromagnetic fields and an analysis is conducted using software in the Griffin 824. The device can differentiate between “junk” and actual compounds. Something ion scanners previously weren’t so good with.
How does a user know
they have a “hit”?
The machine will display a green light at the initial startup and will then go to yellow when analyzing. After the analysis is complete, the light will either go green again to signal a negative result or go red to annunciate a positive result.
How long does it take
to start up the 824?
It takes approximately 20 minutes. Though, analysis takes about 10 seconds.
Why mass
spectrometry?
It’s the standard for quality lab analysis for chemical compounds. It’s also court-friendly.
So what separates
this from the lab?
It can be taken into the field. Mass spectrometry uses a lot of big expensive equipment in a lab, as is the case with Gas chromatography–mass spectrometry. Because it’s transportable as a single unit and has many field user-friendly applications, it’s a natural fit for field analysis.
Going over some of
the literature, it claims the 824 is equipped for both audio and visual alert
cues.
Yes. We felt there was a need for operators not to have a loud, audible cue annunciate in front of a subject.
Are there any other
applications that set the Griffin 824 apart from other technology?
It’s network addressable. This means you can presumably plug the 824 into a network and have results shared over a network to a command and control center. The 824 also has administrative and user profiles for individual operators in addition to a USB report for flash drives. The screen is also a touch screen. There is also no carrier gases needed which means no big helium tanks. The unit is self-contained. Given its ease of use, it takes a little under a day to train personnel on how to use the 824.
Garth, to say I’m
impressed is an understatement. How long
from inception to production?
About 4 years. We have another mass spectrometer, the Griffin 460 where we received feedback from operators wanting something for field use for narcotics and explosive detection analysis. We saw the biggest need initially in airports for trace detection.
Garth, thanks so much
for taking the time to speak with me. It
was truly an honor.
For more on the Griffin 824, please click on the links below.
FLIR Griffin 824 web page
FLIR Griffin 824 Datasheet
For more on the Griffin 824, please click on the links below.
FLIR Griffin 824 web page
FLIR Griffin 824 Datasheet
To see the Griffin 824 in action check out the video below (no audio)