Master surgical techniques are acquired just by tracing! A system chosen to digitize practical training.
There are many challenges in conducting surgical training, most of which revolve around questions like "How can we effectively convey skills to younger practitioners?" and "What is the best method for skill transfer?" Acuity's proposed "Skill Transfer VR System" reflects the movements of experienced surgeons in a VR space, allowing younger practitioners to simply trace them for training. When conducting training in an actual operating room, you can use dust-free resin-coated markers that can be attached to instruments. [Challenges and Requests Before Implementation] ■ Uncertainty about how to convey skills to younger practitioners ■ Uncertainty about the best method for skill transfer ■ Difficulty in finding suitable training methods *For more details, please refer to the PDF materials or feel free to contact us.
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【Effects After Introduction】 ■ Anyone can easily acquire skilled techniques and achieve surgery in a short period of time. ■ It is possible to compare with the technique data of experienced surgeons and confirm the differences. *For more details, please refer to the PDF materials or feel free to contact us.
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For more details, please refer to the PDF document or feel free to contact us.
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Acuity Inc. thoroughly decomposes and analyzes elements based on a wide range of sensing technology options and numerous implementation cases. By identifying the essence of challenges, we select the optimal methods to solve current issues and create new value. "Seeing is changing." Our solutions address challenges by observing people, objects, and systems, using quantified data as a basis for resolution. For example, in performance testing of manufactured products, we provide systems for displacement measurement, static testing, and 3D measurement as methods to solve issues related to reducing man-hours, improving efficiency, automation, and traceability. We consistently handle factory digital transformation with manufacturing-specific solutions, including AI-based appearance inspection and image processing systems, as well as human detection systems for motion analysis, gaze analysis, and automation of visual inspections.