" Astonishing! "
Kurt Meyer, Meyer Microscopy/Inst.
Three new systems newly installed at U. Illinois UC, School of Integrated Biology for scanning whole brain slide specimens (rat, cat, primate).
These 3 systems integrate to provide an incredible range of large scale imaging (e.g. whole brain slices) with unique phase/polar/fluor optics.
Contact Us for system questions, live demo, and system pricing.
These 3 systems integrate to provide an incredible range of large scale imaging (e.g. whole brain slices) with unique phase/polar/fluor optics.
Contact Us for system questions, live demo, and system pricing.
The new HScope V3d, V4d and (coming Q2, 2022) V5d ultra-large scanning systems:
Rapid scanning of large 2D and 3D/4D mosaics/specimens
via our new Hyper-structure(tm) technologies. NOTE that similar systems from Nikon or Leica typically cost over $150-200k, which can be out of reach for smaller laboratories or research groups. Our new Hyper-structure systems are surprisingly affordable (contact us). Also, their software is closed - a huge problem limiting productivity. But with the new HScope system: - you get full GUI and mosaicing source code (C#, Python) - enabling advanced AI techniques such as super-resolution and feature identification. - Develop your own codes for AI processing, live specimen tracking, and more using our current C# and Python frameworks as a basis, or you can use any other software platform such as LabView and µManager. Use your own computer - but we prefer to provide a pre-installed system with latest RTX NVidia (or AMD GPU/drivers), a properly configured Eclipse or Visual Studio IDE, and AI-GPU driver/codebase capabilities. Linux systems/versions are available. - Systems are scalable; from basic white LED illumination to advanced Phase, Polar, EPI, DIC, and Fluor configurations. - Custom configurations: for the best optimized, fast, affordable system for your unique needs in both small and large scale projects. Visit the Gallery for latest GB images/examples. |
We're here to help you achieve your advanced imaging and research goals.
Both upright and inverted imaging systems are available. |