SWIRLabs provides high-speed photon counting imaging systems for capturing rapid events with exceptional sensitivity and low noise. Their technology enables precise data acquisition for applications in fluorescence microscopy and industrial inspection, where observing fast phenomena is essential.
Funding
Funding not disclosed
Founders
Product
Problem
Capturing extremely fast events with high sensitivity and low noise is challenging for traditional imaging systems. This limitation hinders detailed analysis in fields requiring the observation of rapid phenomena, such as fluorescence microscopy and industrial inspection.
Solution
SWIRLabs offers high-speed imaging solutions leveraging photon counting technology to address these limitations. This technique enables the detection and counting of individual photons at high rates, facilitating the capture of images at extremely fast time scales. The technology provides enhanced sensitivity and reduced noise, making it suitable for applications where precise data acquisition of rapid events is critical. By enabling the capture of low photon count signals with high fidelity, SWIRLabs' imaging solutions support advanced analysis in demanding environments.
Target Audience
The primary customers are researchers in life sciences, particularly those in fluorescence microscopy, and professionals in machine vision and industrial inspection sectors requiring high-speed, high-sensitivity imaging capabilities.
Features
- Photon counting imaging for capturing individual photons at high rates.
- High temporal resolution for observing very fast events.
- Enhanced sensitivity for detecting low light signals.
- Reduced noise floor for improved signal-to-noise ratio.
- Integration with Time Delay Integration (TDI) for machine vision applications.