Interesting , I think it might be Design West
Design West Technologies, Inc.
* Product Development.
* Chemoresistive Sensors for CWA and TICs detection.
* Identify sensor technology standards; develop reliable and low cost CWAs and TICs detectors.
* Explore effective ways of formulating new sensing materials and optimize their deposition process.
* Validate the sensors, evaluate the performance of sensors, propose solutions if any defect is found.
* Data mining, Algorithm Development.
* Evaluate the system performance in simulation. Create effective QC process.
* Transfer R&D results to the manufacturing settings.
* Developed sensing materials to detect PEL level concentrations of CK, AC, CG, SA, SO2, H2S and several other toxic gases. Contributed and monitored the complete product development cycle.
* Helped customers with product installation, training,
troubleshooting.
DWT – Vertically Integrated Facility
LEVEL 0: Carbon Nantube (CNT) Generation
LEVEL 1A: DWT’s Proprietary CNT Formulation & Synthesize
LEVEL 1B: CNT Sensor Processing
LEVEL 2: CNT Sensor Device Manufacturing
LEVEL 3: Fully Integrated CNT Sensor
DWT also provides full engineering support for Level 4
LEVEL 4: Detection Algorithm and Detection/Identification System
R&D – Chemical Sensors and Monitors
DWT’s proprietary Carbon Nanotube Technology can be incorporated into existing chemical detector products as standalone OEM chemical sensors or as a supporting orthogonal technology to detect various (toxic, industrial or CWA) chemical vapors across a broad range of applications.
Design West Technologies can support your integration efforts by providing hardware 2D/3D Drawings, embedded system circuit layout, interface control documents, sample introduction guidelines, software/firmware implementation and full access to our engineering team.
Each unit is designed to provide a different level of integration – from our OEM sensor module board to the complete standalone platform, which incorporates vapor sample introduction, data processing and detection/identification.
