Fido® NXT
Discontinued: Fido® explosives detectors utilize proprietary amplifying fluorescent polymers (AFP) to detect trace levels of explosive materials. In operation, a sample is introduced into the unit via either direct air sampling or thermal desorption of a swipe. The resulting gas-phase sample flows through a glass capillary whose inner surface is coated with AFP material. An external continuous light source is directed at the capillary to produce fluorescent emission from the AFP. Detection occurs when explosives present in the gas stream bind to the AFP and quench the fluorescent emission. This quenching effect is amplified throughout the polymer via electronic linkages along the conjugated polymer chain; amplifications of between 100 and 1000 times versus monomeric quenching have been reported. The binding of explosives to the AFP is reversible; when analyte is removed from the air flow, the system recovers within about a minute.
Availability: DISCONTINUED
Manufacturer |
| Teledyne FLIR Detection, Inc. |
Product Name |
| Fido® NXT |
Detection Category |
| Chemical; Explosives |
Detection Principle |
| Molecular Spectroscopy; |
Detection Method |
| Amplifying Fluorescence Polymers; |
Application |
| Emergency Response; Screening; Bulk Analysis; Trace Analysis; Forensics; |
Equipment Type |
| Instrument |
Product Synopsis |
| Discontinued: Fido® explosives detectors utilize proprietary amplifying fluorescent polymers (AFP) to detect trace levels of explosive materials. In operation, a sample is introduced into the unit via either direct air sampling or thermal desorption of a swipe. The resulting gas-phase sample flows through a glass capillary whose inner surface is coated with AFP material. An external continuous light source is directed at the capillary to produce fluorescent emission from the AFP. Detection occurs when explosives present in the gas stream bind to the AFP and quench the fluorescent emission. This quenching effect is amplified throughout the polymer via electronic linkages along the conjugated polymer chain; amplifications of between 100 and 1000 times versus monomeric quenching have been reported. The binding of explosives to the AFP is reversible; when analyte is removed from the air flow, the system recovers within about a minute. |
Availability |
| DISCONTINUED |
Technology Readiness Level (TRL) |
| 9 |
Market Entry Date |
| 2011 |
User Feedback Sources |
| Indifferent/No user feedback |
Dimensions |
| 14.5 x 4.5 x 2.75 in (368.3 x 114.3 x 69.9 mm) |
Weight |
| <5 Lbs.; 3.0 Lbs. (1.4 kg) |
Power Requirements |
| Lithium Battery; AC/DC Line Power; Battery: Rechargeable lithium ion; 8 hour life before recharge; Charger: (100 to 240 v AC, 50/60 Hz); Unit Power (alternative to batteries): 12 v DC wall adapter (100 to 240 v AC, 50/60 Hz) |
Transportability |
| Handheld |
Ruggedness |
| Extreme Temperatures/Humidity |
Operating Conditions |
| –10 to 55°C (14 to 131°F) |
Consumables |
| <$1,000/year; ME/MEAN Sensing Elements, FIDO® Sampling Swipes |
Suggested Routine Maintenance |
| Simple Cleaning |
Communications Interface |
| USB; includes MS-Windows-based software for analyzing stored data files, annotating records, and printing results |
Expected Operational Life |
| 8 hour battery life depending on conditions |
Tested For Explosives |
| Nitro aromatics (e.g., TNT, DNT), Semtex, C4, RDX, PETN, powders, some ANFO mixtures, some improvised materials. Cannot detect peroxides. |
Sample Introduction |
| Vapor/Gas; Solid |
Sensitivity/Detection Limits |
| ppq |
Start Up Time (From Cold Start To Sample Ready) |
| < 5 minutes |
Response Time (Sample Application To Output) |
| Continuous (<30 seconds); 10 seconds |
Alarm Capability |
| Graphical display, audible and haptic response |
Software Control |
| On-board; 2000 hours logging |
Training Required |
| <1 day training |
Training Available |
| On-site training available. Manufacturer provides advanced training at their facility. |
Manuals Available |
| Yes |
Warranties |
| 1 year Optional support packages: • 2-Year: $25,000 • 3-year $35,000 |
ITAR/EAR Export Regulations |
| Yes; These products are controlled for export under US Department of Commerce (DOC), Export Administration Regulations (EAR). U.S. Government authorization may be required. |
Approved Vendors |
| Multiple - Contact FLIR POC for current list |