Cadaver Workshop
SHIYA
Clear visualization for everyone —
Even in crowded, complex training environments
Cadaver workshops demand precise visualization and a fair learning experience for all participants.
However, limited space, restricted access, and complex anatomical structures often make it difficult for everyone to see and learn equally.
MediThinQ’s 3D visualization solutions transform cadaver workshops by overcoming these structural limitations.
Real limitations of conventional
cadaver workshops
Challenges
-
Limited visibility in crowded environments
Due to space constraints and limited cadaver availability, multiple trainees often gather around a single table. As a result, many participants struggle to clearly observe critical procedural steps.
-
Difficulty conveying complex anatomy
Traditional 2D video or direct observation cannot fully represent three-dimensional anatomical structures or depth, leading to gaps in spatial understanding.
-
Inconsistent learning experiences
Differences in viewing position and angle create variations in comprehension, resulting in unequal training outcomes.
Solutions with SCOPEYE
-
One shared view for every participant
MediThinQ’s real-time 3D video streaming enables all trainees to clearly view the same surgical field, even in narrow and complex workshop settings.
-
True 3D visualization for deeper understanding
With stereoscopic depth perception, MediThinQ delivers realistic 3D visuals that help participants intuitively grasp complex anatomical structures and spatial relationships.
-
Designed for both instructors and trainees
Instructors can efficiently highlight 💡 key steps without repetitive explanations, while trainees can follow essential procedures clearly—regardless of their position in the room.
More precise. More consistent. More effective.
MediThinQ transforms cadaver workshops into structured, immersive training environments—
ensuring every participant receives the same high-quality educational experience.
Designed for Cadaver Workshops
Simultaneous viewing for multiple participants
Simultaneous viewing
for multiple participants
