Ocus Grundium WSI Microscope review

Summary

In this video, Alexandra introduces the Granum OCOS scanning microscope, highlighting its user-friendly design and portability. She demonstrates how to set it up, scan a slide, and share results for telepathology. The microscope is compact, weighing just 3.5 kilos, and features a simple interface with an intuitive cloud-based software. While effective for consultations and education, it operates at low throughput, scanning one slide at a time. Alexandra shares her insights on its strengths and areas for improvement, including suggestions for enhanced live viewing and integrated image analysis tools. This device is ideal for those seeking to complement their pathology workflow.

Takeaways

• 😀 Alexandra introduces a digital pathology microscope from Granum, highlighting its features and usability.
• 🔌 The microscope requires an electrical connection to operate and features a simple one-button interface for easy use.
• 🖼️ It allows users to select specific scanning areas rather than scanning the entire slide, enhancing efficiency.
• ⏱️ The device can scan a slide in about 130 seconds, providing a whole slide image for further analysis.
• 📦 The scanner is portable and weighs only 3.5 kilos, making it easy to transport and set up in different locations.
• 💻 It features cloud-based software for accessing and sharing scanned slides, promoting telepathology.
• 🧬 The device is equipped with AI capabilities to assist in identifying and processing tissue samples.
• 💼 This microscope is ideal for pathology professionals seeking to enhance their workflow with digital slides.
• 📊 Suggested improvements include better integration of image analysis tools and cloud storage options for scanned slides.
• 📧 Users are encouraged to reach out to Granum for additional information and support regarding the device.

Q & A

What is the primary purpose of the scanning microscope from Granum?

The primary purpose of the Granum scanning microscope is to scan and digitize slides for digital pathology, allowing for easy sharing, archiving, and consultation.

How does the Granum scanning microscope connect to the user's device?

The microscope connects to the user's device via an online platform where the user logs in with credentials set up during the acquisition of the device.

What features make the Granum microscope portable?

The Granum microscope weighs only 3.5 kilograms (about 8 pounds) and has compact dimensions of 18x18x19 cm, making it easy to transport and set up in different locations.

How does the microscope handle scanning specific areas of a slide?

The microscope allows users to select specific scan areas on the slide by marking them with a blue dot and offers an automatic trimming feature to refine the scanned areas.

What is the scanning resolution of the Granum microscope?

The scanning resolution of the Granum microscope is 0.48 micrometers per pixel, comparable to other high-throughput scanners.

Can the Granum microscope perform live views of slides?

Yes, the Granum microscope can perform live views, allowing users to zoom in and focus on specific areas of the slide before scanning.

What types of image formats can be exported from the Granum microscope?

Users can export images in various formats, including Appirio SVS, TIFF, Pyramid TIFF, and more.

What are some advantages of using the Granum scanning microscope in pathology?

Some advantages include its portability, ease of use, minimalistic design, ability to integrate with telepathology for remote consultations, and cloud-based software for accessibility.

What limitations does the Granum microscope have?

The Granum microscope is a low-throughput device that scans one slide at a time and may experience some lag during live view due to internet connectivity.

Who is the target audience for the Granum scanning microscope?

The target audience includes pathologists, educators, and researchers who need a complementary device for digital slides and telepathology, but it may not suit those requiring high-throughput scanning solutions.