Infrared Detectors
Focused on Infrared Sensing Solutions
Rail Safety
Hotbox sensors suitable for integration into hot box and hot wheel monitoring systems delivering up to 1000x more data for higher confidence at all operating speeds.
Glucose Monitoring
Sensors that measure blood glucose levels using near-infrared or mid-infrared spectroscopy.
Medical Device Innovation
Our sensors monitor diabetes, detect cancer markers, and ensure the safety of medical implants by tracking temperature changes.
Environmental Monitoring
Measuring surface temperatures, carbon dioxide, and other gases
Military Safety
Advanced infrared sensors are keeping warfighters safe from chemical threats and enabling soldier, vehicle, shipborne, and airborne sensing of laser targeting spots.
FTIR Spectroscopy
Thermoelectrically cooled MCT detectors combine high speed FTIR ;materials analysis while maintaining spectral quality.
InGaAs Detectors View Category Page
InGaAs Linear Arrays
1.7 μm – 2.6 μm
- Process control
- IR spectroscopy
- Biomedical analysis
InGaAs Room Temperature
1.7 μm – 2.6 μm
- Stable response vs. temp.
- Wide dynamic range
- No bias or cooling required
PC MCT Detectors View Category Page
PC MCT Cryocooled
To 22 μm
- Maintenance-free package
- For continuous-use applications
- Plug-and-play
PC MCT TE Cooled
4.0–11 μm
- Sensitivity from visible to 22 µm
- 2–4 stage thermoelectric cooling
- Superior performance to DTGS, InAs, and InSb
PV MCT Detectors View Category Page
PV MCT LN2 Cooled
To 12 μm
- Highest sensitivity
- Background limited operation
- Cryogen cooled
PV MCT TE Cooled
2.8 – 5.0 μm
- High sensitivity
- Wide spectral range
- High speed, low noise
InSb Detectors View Category Page
Our InSb detectors for 1.0 μm to 5.5 μm wavelength ranges are available in LN2 cooled and cryocooled configurations.
InSb Cryocooled
Offers a MTBF > 25,000 hrs
- Cryogen-free operation for ease of use
- Long life cryocoolers
- Compact and portable
InSb LN2 Cooled
To 5.5 μm
- Excellent uniformity
- Linearity and stability
- Single crystal technology
InAs Detectors View Category Page
InAs Room Temperature
To 3.8 μm
- Excellent price/performance
- High Sensitivity
- High Speed
InAs TE Cooled
To 3.8 μm
- High sensitivity and high speed
- Low noise
- High spatial uniformity
Type-2 Superlattice Detectors View Category Page
T2SL Room Temperature
To 5.4 μm
- Uncooled MWIR sensing with no lead or mercury
- Low noise
- High responsivity