Micro Surgery Solution
Cutting edge procedural / surgical
new conceptual Microscope without eyepieces
The SCOPEYE 3D microsurgery solution is a cutting edge technology with a wide range of applications in modern healthcare.
It utilizes the latest in Eyes Up Display technology to help perform precise 3D microsurgery, primarily in surgeries that deal with fine anatomy or require precise operation.
These SCOPEYE 3D microsurgery solutions can contribute to improve the efficiency of patient care and enhancing the surgical skills of medical staff.
High-resolution 3D optic
This solution provides high-resolution 3D image to help surgeons see microscopic tissues or structures more clearly during surgery. This helps improve accuracy and safety during surgery.
Innovative economics
Maximize ergonomic comfort
The SCOPEYE 3D Solution is the world's smallest 3D Micro Solution, offering a high quality visualization and convenience compared to traditional microscopes, helping doctors perform surgeries faster and more efficiently.
It is also highly affordable, making it easy to use in hospitals and maximizing the ergonomic comfort of medical staff.
3D Recording and 3D Training
Easily record any procedure/surgery in 3D and utilize it in a varsaitile educational and training settings.
By providing an immersive experience similar to the actual procedure/surgical procedure, doctors, trainees, and students can learn by repetition with realistic 3D images, enhancing competency and improving comprehension, resulting in superior educational outcomes.
*SCOPEYE 3D player provided (Windows version)
Upgrade your 2D microscope to an advanced 3D digital microscope
Easily connect from your existing 2D microscope and use it as a 3D microscope.
This 3D upgrade is easily adapted to any microscope. (ZEISS, Leica, Nikon, Olympus, etc.)
The world's smallest high-performance 3D digital microscope
It offers exceptional performance, mobility, and space efficiency while maintaining a minimalist design aesthetic.
It is highly portable and can be easily moved from one location to another, allowing you to perform 3D procedures/surgeries wherever you need to.
Fields of application