Prizmatix offers a full range of modules for in-vivo optogenetics starting from the single wavelength plug-and-go Optogenetics-LED to multi-wavelength systems for activation and silencing.

These devices enable activation of various Opsins (like Channelrhodopsin (ChR), Halorhodopsin (NpHR), Archaerhodopsin (ArchT) and many others) at freely- moving mammals through Rotary-Joint and flexible fiber optics at better than millisecond-scale temporal precision.

For Zebrafish Larvae Optogenetics set-ups, Prizmatix offers the Ultra High Power LED illumination system for microplate

Prizmatix IN-VITRO Optogenetics Toolbox

Prizmatix's versatile Optogenetics activation system includes Ultra High Power LEDs, Beam Combiners for multiple opsin activation, Fiber Optics and Microscope Adaptors for coupling to fiber or to epifluorescence port of microscope. The Beam Switcher permits an easy switch between the two without a need to change the setup. Fiber coupler adaptor enables further use of in-vitro system for in-vivo experiments in freely moving mammals.

Ultra-High Power Collimated LED Light Sources

Ultra-High Power collimated LED light source modules are available at wavelengths from UV to NIR and White. Multiple modules can be easily combined to create multi-wavelength light source. The output beam is easily changed by user to be collimated, fiber coupled or light-guide coupled. These collimated LEDs are excellent light sources for Optogenetics, Fluorescence Microscopy, cell culture, chemical reaction activation and many other applications.

Collimated LED Light Sources for Fluorescence Microscopy

High Power Collimated LEDs at numerous wavelengths for high end customized fluorescence microscopy setups Liquid Light Guide coupled High Power LEDs for routine fluorescence microscopy Direct Coupled to epi-fluorescence port UV+White Collimated LED source for routine fluorescence microscopy

• From UV to NIR and White LED sources
• From Collimated to Light Guide Coupled devices
• From Single wavelength to Multi-wavelength modular sources

Ultra-High Power Laboratory LED Source

The UHP-X-LED Ultra High Power LED source is a state-of-the-art lighting solution designed for laboratory-grade high-performance applications. It boasts an ultra-powerful Luminus Devices® LED mounted on a high-performance heatsink and comes equipped with a high-current driver and power control circuits. With this LED source, users have the flexibility to connect their choice of optics to achieve the desired illumination for their experiments and research

Ultra-High-Power Liquid Lightguide LED Source

The UHP-F-LED is a Liquid Lightguide Coupled LED light source specifically designed for microscopy and OEM illumination applications in life science instrumentation and machine vision. This self-contained liquid light guide LED source is fully equipped with all the necessary driver electronics and thermal management components for optimal performance. With its advanced control features, the UHP-F-LED series offers unparalleled flexibility and precision for your fiber-optic illumination needs.

Lightguide Coupled LED Illuminator for Bio Incubator

Fiber-Coupled LED Light Sources

Milti-Wavelength LED Engine with Single Fiber Output:
Multi-Wavelength high brightness and high power LEDs combined to a single fiber or lightguide. Customer can choose from wide range of wavelengths from Deep UV, UV, Visible to NIR. Many control options are available.

Single and Multi-Wavelength Fiber-Coupled LEDs:
High Power fiber-coupled LED light source modules are excellent replacement of lasers and spectral lamps in applications such as Spectroscopy, Optogenetics, Cross linking and many others. Available at numerous wavelengths from UV to NIR as single wavelength or multi-wavelength devices.

High Brightness Fiber-Coupled White Light Source:
The High Brightness Fiber Coupled HB-FC-White light source provides high power White light even from very thin fibers. The fiber coupled light source is fully integrated module built specially for OEM applications that require white light inside thin optical fiber.

Wideband Visible Fiber-Coupled LED for Spectroscopy:
Fiber-Coupled LED (FC-BBW-LED) features wide emission spectrum from 400nm to 700nm. This wide spectrum is excellent for various reflection and transmission spectroscopy applications.

Ultra High Power Fiber-Coupled LEDs for Scientific Research:
The product line uses the brightest and most powerful LED chips to create most powerful fiber-coupled LED light sources at various wavelengths for numerous power hungry scientific applications.