Technologies
SensiLite Technology specializes in cutting-edge laser-based gas detection technology, engineered for high precision, rapid response, and uncompromising reliability. Leveraging Multi-Order Laser Emission Spectroscopy (MOLES) and other advanced optical sensing methods, our systems detect hazardous gases at extremely low concentrations with outstanding accuracy. This non-contact, highly selective detection technology virtually eliminates false alarms and significantly reduces response times—making it ideal for critical safety and environmental monitoring applications. Our ongoing commitment to innovation ensures our technologies continuously evolve to meet the highest industry standards and the most demanding operational environments.
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MOLES
MOLES stands for Multiple Optical Laser Emission Spectroscopy finger-print technology, which is our proprietary technique. Utilizing such spectroscopic technique in gas detection devices, we can accurately identify and measure specific gases, making them more reliable and efficient than traditional methods.
Single-pixel Imaging
The novelty of our invention lies at the hybrid method that combines the new hardware configuration and the new algorithm. The existing technologies use a detector array to sample the space periodically or only a single detector to detect a series of signals from multiple illumination patterns. The hybrid algorithm takes the hardware configuration parameters in the considerations to define the illumination patterns and reconstruct the image with high resolution. The compressed sensing technique will be specially tailored for this hybrid serial-parallel imaging method. Hence, the detection time will be reduced significantly with a paralleling detection technique.
Optical Gas Imaging
(Active / Passive)
Using single pixel in optical gas imaging (active version using IR emitting light source / passive version using natural sunlight) coupled with our proprietary algorithm enables identification and differentiation of Methane gas (in red) from other interfering gases and weather conditions in industrial applications.
