When applications are exacting, and precision and clarity are vital, VSI delivers. VSI is focused on customized low light solutions that meet the unique and highly specialized needs of scientific community.
The Maxicam4000 is an intensified digital CCD (ICCD) camera developed for low light level applications. The image intensifier is fiber-optically coupled to a CCD camera. Our off-the-shelf solution includes a camera that best matches the optical performance of the image intensifier and offers a wide selection of computer interfaces in a compact package. The Maxicam4000 features the highest resolution and sensitivity available through careful management and design of the components used in their manufacture. The result is a camera solution that truly meets our customers’ exacting needs.
Popular Customization Options:
Our experience with custom applications for advanced imaging is unmatched in the industry. Customers speak directly with an engineer who not only understands the challenges of specialized imaging, but also has insight into innovative technologies that meet those challenges. VSI’s exclusive design and manufacturing capabilities produce custom turnkey solutions for the most demanding applications. Our products offer the highest resolution and sensitivity available through careful management and design of the components used in their manufacture. The result is a camera solution that truly meets our customers’ exacting needs.
Please note that cost consequences for options may vary. Some options are mutually exclusive. Consult with VSI engineering to determine the best solution for your application and budget requirements.
FireWire / USB / Ethernet / CamerLink / LVDS / CoaXPress
Gating time as low as 3ns (full p-p cathode voltage)
MHz gate repetition rate
Dual MCP for photon counting
GEN II and GEN III Intensifiers from all known manufacturers
Fully automatic for surveillance/detection applications
Multiple sensor systems
Low Light Level Imaging
UV, Visible or Solar Blind
Fully manually controlled for rigorous scientific studies requiring accurate quantification of light
Single Molecule Imagine