IMPROVE YOUR IFS WORKFLOW WITH OCUS®20 SCANNERS
Are you tired of wasting your valuable time traveling between locations or waiting near the operating room for the samples? Would you prefer to be able to get a second opinion from your colleague in challenging cases even intraoperatively?
Have an Ocus® scanner in a lab near the operating room, and view the frozen section samples on your screen within minutes – and ask your colleague to participate, wherever they are. Utilizing Ocus® digital scanners saves your time for the most important part of your work and makes patient care faster and more precise.
BOOK A DEMOHigh-quality images from frozen section slides
Ocus®20 boasts a patented imaging technology that guarantees sharp and clear images, even on uneven frozen section samples. This ensures that you maintain the quality of your scans. Moreover, our scanner strikes an excellent balance between image quality and scan speed, ensuring efficient operations.
Skin tissue sample scanned with the Ocus20. Embedded from Pathozoom.
Compact design
One of the unique features of our scanner is its horizontal placement of slides, which significantly minimizes spillage from wet slides, making it ideal for labs that handle delicate samples. The open-construction design of our scanner not only enhances its aesthetic appeal and makes it incredibly easy to clean the stage. If you're concerned about space, you'll be pleased with Ocus®20's compact design, making it a perfect fit even in the most cluttered labs.
Remote use enables easy collaboration
Our user interface is designed with the end user in mind. It's easy to use and intuitive, ensuring that even those who aren't tech-savvy, can easily navigate it. One of the standout features of the scanner is remote use. A pathologist can remotely log into the scanner at a suitable time and view the images stored on the device to assess them. The possibility to use the scanner remotely means that teams can collaborate in real time without any hitches.
Integrability to existing workflows
If you have existing systems in place, the images from Ocus®20 can be easily transferred to them, ensuring a smooth transition and workflow. Our platform offers the flexibility to export data in the most common file formats used in digital pathology (.svs and .tiff), ensuring compatibility and ease of data sharing across various platforms.
How it works
FIMLAB VALIDATED A REMOTE FROZEN SECTION PROCESS
Fimlab is one of the leading laboratory service providers in Finland. Serving an area with 1.3 million people, Fimlab runs over 15 million diagnostic tests per year in their 120 locations. To maximize the time the pathologist spends on what they’re indispensable at — diagnosing — Fimlab has successfully piloted a digital frozen section process operated by laboratory technicians.
Read more
Book a live demo
See the OCUS® portable digital microscope scanner in action – request your non-binding personal online live demo now. A Grundium expert will contact you personally to schedule a suitable 30-minute demo time for you. In the demo we will answer all your questions about which Ocus® scanner fits your needs best, we will talk pricing, share stories about how others are using the scanners, and help you fast forward the digital pathology experience in your lab.
BOOK A DEMOScientific Articles
Kaushal, R. K., Yadav, S., Sahay, A., Karnik, N., Agrawal, T., Dave, V., Singh, N., Shah, A., & Desai, S. B. (2023).
Validation of Remote Digital Pathology based diagnostic reporting of Frozen Sections from home.
Journal of pathology informatics, 14, 100312.
https://doi.org/10.1016/j.jpi.2023.100312
Kaushal, R. K., Rajaganesan, S., Rao, V., Sali, A., More, B., & Desai, S. B. (2021).
Validation of a Portable Whole-Slide Imaging System for Frozen Section Diagnosis.
Journal of pathology informatics, 12, 33.
https://doi.org/10.4103/jpi.jpi_95_20
Grundium Ocus® scanners are CE marked according to EU 2017/746 regulation for in vitro diagnostic (IVD) medical devices.
In the USA, Grundium Ocus® scanners are for research use only (RUO) and not for use in diagnostic procedures.
