mesoView - Model MESOscope - Nonlinear Optical Microscope
The MESOscope is a sophisticated nonlinear optical microscope renowned for offering high-precision imaging across multiple channels, achieving submicron digital resolution while adhering to the Nyquist-Shannon sampling criterion over a millimeter-scale field of view. This patented technology accommodates both ex vivo and in vivo applications through its dual 3D-stage mechanism and detachable external unit. The inclusion of advanced GPU-accelerated mosaic-stitching algorithms allows sub-minute gigapixel laser scanning without the need for post-processing, optimizing throughput beyond 500 Mbps. Furthermore, the MESOscope supports high-speed imaging with kilohertz frame rate designed for comprehensive functional imaging studies. Its compact design, coupled with diverse operating modes, provides adaptability to a variety of experimental conditions, streamlining intricate research requirements.
MESOscope is an industry-leading nonlinear optical microscope with up-to 4 parallel channels enabling up-to submicron digital resolution with fulfilled Nyquist-Shannon criterion across a millimeter-scale Field-of-View (patented). A dual 3D-stage mechanism with a detachable external unit makes MESOscope suitable for both ex vivo and in vivo studies. Our GPUaccelerated mosaic-stitching algorithms enable post-processing-free sub-minute gigapixel centimeter-scale laser-scanning with a sustained throughput of >500 Mbps. Additionally, our proprietary high-speed imaging mode enables multichannel kilohertz frame-rate imaging dedicated to functional imaging studies. Compact design and multiple operating modes make MESOscope adaptable to a wide range of experimental requirements.
- Millimeter-scale field-of-view (FOV)
- Submicron digital resolution
- Nyquist-fulfilled ultrafast sampling
- Kilohertz frame-rate imaging
- Compact and adaptable design
- Dual 3D-stage mechanism