On September 8, 2023, the inaugural Global Medical Robotics Conference 2023 was grandly held at the Exhibition Center of Zhongguancun National Independent Innovation Demonstration Zone in Beijing. The event gathered distinguished academicians, renowned experts, industry leaders, innovative entrepreneurs and senior investors from the global surgical‑robotics sector to discuss cutting‑edge achievements, market trends, technological innovations and future development directions in this field. CHINGMU Vision was honored to be invited to the conference and showcased its new optical motion‑capture product at the exhibition booth.

As one of the 28 exhibitors invited to this conference, CHINGMU Vision was awarded the Outstanding Supplier Award. This honor recognizes the company’s outstanding contributions to medical‑education applications, as well as its remarkable achievements in delivering optical motion‑capture technological innovations for medical education and public welfare.

At CHINGMU’s exhibition booth, the newly‑launched binocular camera Smart was demonstrated through a live motion‑capture simulation of surgical puncture. This innovative technology drew crowds of curious visitors who stopped to observe and ask questions, witnessing how the technology could reshape the future of medical education.

Staff inserted a surgical probe into the simulated “lesion site” of a thigh phantom. Leveraging the high‑precision positioning capability of the binocular camera, detailed tracking data of the puncture procedure was captured. A screen on‑site displayed real‑time footage of the virtual thigh being punctured on a virtual surgical console.

Furthermore, when paired with virtual‑reality (VR) headsets and other compatible devices, operators could experience immersive simulated surgical puncture operations. Boasting high‑precision positioning and calibration‑free convenience, this technology has received wide acclaim and is well‑suited for medical‑education training for surgical puncture procedures.

△ New Product from CHINGMU Vision — Binocular Camera Smart

Puncture surgery itself is not a direct application of motion capture. Instead, the binocular camera records position, angle and other motion data throughout simulated surgical workflows. These datasets are then used for surgical simulation training. Combined with extended reality (XR) and mixed reality (MR), the captured data is widely adopted for teaching and research, enabling medical faculty to deliver clearer instruction and helping medical students learn theoretical knowledge and practice simulated surgical procedures.

As a leading domestic supplier of key positioning‑guidance equipment for surgical robots, CHINGMU Vision has consistently prioritized technological innovation. Within the medical sector, the company has supported numerous partners and medical‑school institutions. Its self‑developed systems deliver high‑precision measurement and streamlined workflows, providing researchers and medical specialists with accurate 3D tracking‑analysis data. This effectively cuts manpower and time costs and improves overall teaching efficiency and learning outcomes.

Every technological breakthrough stems from commitment to its mission and social responsibility. CHINGMU Vision will continue to invest in R&D of advanced technologies for medical‑education scenarios and promote innovation of optical motion‑capture solutions within the healthcare‑education industry.

CHINGMU Vision aims to open a new chapter for medical education through technological upgrades. From immersive simulated puncture training to high‑accuracy positioning during real‑world surgical procedures, its technology is poised to bring revolutionary changes to medical‑education workflows.

Moving forward, CHINGMU Vision will uphold its core values of innovation and excellence, and drive technological advancement in the surgical‑robotics industry with professional technical capabilities and high‑quality product services. Let us join hands and write a new chapter for human‑health‑care development empowered by technology.