Video Solutions
Check a virtually unlimited number of samples in situ
As no extraction of tissue or processing is required, images can be acquired from a virtually unlimited number of locations in the situs. The intuitive user interface allows for scanning of areas of interest, quickly delivering the necessary number of images.
See how cross-functional medical team members can remote-access in vivo images with the In Vivo Pathology Suite
Plexus papilloma, Technical University of Munich, Germany
Glioblastoma, WHO-Grad IV, Technical University of Munich, Germany
Schwannoma, WHO-Grad I, Technical University of Munich, Germany
Recurrent Glioblastoma, WHO-Grad IV, Technical University of Munich, Germany
Fibroblastic Meningioma, WHO-Grad I, Technical University of Munich, Germany
Image creation by confocal scanning microscopy
The scanner probe emits low-intensity laser light, which is focused at an adjustable focus depth up to 200 microns inside the patient’s tissue. The focal point is moved fast thereby scanning the field of view in quick repetition.
- Low-intensity laser light
- Adjustable focus depth
- Collecting fluorescence light
Transfer and analyze digital images – anytime anywhere
With innovative ways to share data with cross-functional medical teams, ZEISS CONVIVO becomes one of the most flexible endomicroscopy systems of its kind. The review of in-vivo imaging data can be done by remote access, allowing for immediate analysis of the recorded image.
http://fast.wistia.net/embed/iframe/oqfyowwxef?videoFoam=true&playerColor=008BD0&controlsVisibleOnLoad=false&endVideoBehavior=reset&playerPreference=auto
See how cross-functional medical team members can remote-access in vivo images with the In Vivo Pathology Suite
Intuitive draping concept
Quickly and effortlessly prepare the Surgical Workplace with ZEISS Sterile Sheath. Especially designed for the ZEISS CONVIVO, draping is made intuitive, ensuring ergonomic and easy handling. The well known premium optical quality from ZEISS is maintained in the consumable drape, ensuring optimal image results even at high magnification.