Bliq Photonics develops volumetric multiphoton and confocal microscopes specifically designed for in vivo imaging in neuroscience research. Their technology enables researchers to capture detailed 3D images of biological samples, facilitating advanced studies of brain activity and structure.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional microscopy techniques for in vivo neuroscience research often struggle to capture rapid, high-resolution 3D images of biological samples without compromising signal-to-noise ratio or causing phototoxicity. Existing systems may lack the speed and modularity required for diverse imaging applications, limiting the scope of research.
Solution
Bliq Photonics develops advanced microscopy solutions, including multiphoton and confocal systems, designed to overcome the limitations of in vivo imaging. Their core product, the Video-rate Microscopy System (VMS), enables researchers to acquire detailed 3D images at video-like speeds without sacrificing image quality. Bliq's modular approach allows for customization and upgrades, such as volumetric imaging and super-resolution capabilities. The SPARQ module offers fast widefield optical sectioning, while the AXICON module facilitates Bessel beam volumetric imaging. These technologies enhance the ability to study brain activity and structure with greater precision and efficiency.
Target Audience
The primary target audience includes neuroscience researchers, particularly those focused on in vivo imaging, as well as research institutions and laboratories requiring advanced microscopy solutions.
Features
- Video-rate Microscopy System (VMS) for rapid in vivo imaging
- VMS upgrade options: volumetric imaging, super-resolution, FLIM, and PLIM
- SPARQ module for fast widefield optical sectioning with any fluorophore
- AXICON module for Bessel beam volumetric imaging
- 2P Bessel Light Sheet for advanced imaging techniques
- Compatibility with various accessories, including mouse holders, treadmills, and full enclosure incubators
- Modular design allowing for integration with existing microscope systems
- Software for multi-dimensional acquisition: time-lapse, z-stacks, multi-channel