Pacific Advanced Technology, Inc.
R&D developer of infrared hyperspectral imaging sensors and imaging spectroscopy systems. Focus areas include lenslet-array/diffractive micro-optics, MWIR/LWIR hyperspectral data-cube acquisition, miniaturized sensors for airborne platforms, optical gas imaging for industrial leak detection, and defense-focused prototype development under SBIR and other government contracts.
Industries
N/A
Nr. of Employees
small (1-50)
Products
Infrared hyperspectral cameras (MWIR and LWIR)
Miniaturized hyperspectral imaging cameras using lenslet-array optics and parallel spectral capture to produce hyperspectral data cubes for detection and identification tasks.
Infrared hyperspectral cameras (MWIR and LWIR)
Miniaturized hyperspectral imaging cameras using lenslet-array optics and parallel spectral capture to produce hyperspectral data cubes for detection and identification tasks.
Services
Contract research and prototype development of infrared hyperspectral imaging sensors and subsystems for defense and industrial customers.
Controlled laboratory and field trials for sensor validation, including support for third-party verification programs.
Development of on-sensor pre-processing and ground-station post-processing software for spectral analysis and target identification.
Contract research and prototype development of infrared hyperspectral imaging sensors and subsystems for defense and industrial customers.
Controlled laboratory and field trials for sensor validation, including support for third-party verification programs.
Development of on-sensor pre-processing and ground-station post-processing software for spectral analysis and target identification.
Expertise Areas
- Infrared hyperspectral imaging
- Optical gas imaging and leak detection
- Lenslet/diffractive micro-optics
- Sensor miniaturization for airborne platforms
Key Technologies
- Lenslet arrays (diffractive micro-optics)
- MWIR hyperspectral imaging (3–5 µm)
- LWIR hyperspectral imaging (8–11 µm)
- Closed-cycle and cryogenic dewar cold-stage integration
News & Updates
Prototype LWIR hyperspectral camera scheduled for field tests flown on a stabilized miniature drone to collect hyperspectral data cubes of gas-phase targets (planned summer 2020).
Introduced the first optical gas imaging camera to the market for industrial gas leak detection in 2002.
Optical gas imaging system underwent EPA ETV program testing and verification by EPA's NRMRL and Battelle at the Advanced Monitoring Systems Center.
Prototype LWIR hyperspectral camera scheduled for field tests flown on a stabilized miniature drone to collect hyperspectral data cubes of gas-phase targets (planned summer 2020).
Introduced the first optical gas imaging camera to the market for industrial gas leak detection in 2002.
Optical gas imaging system underwent EPA ETV program testing and verification by EPA's NRMRL and Battelle at the Advanced Monitoring Systems Center.