Knowledge sharing-SHANGHAI CHINGMU VISION TECHNOLOGY CO., LTD

Facial Capture Finger Capture Motion Capture Suits Mounting Solutions Calibration Tools Markers Interaction Kits Active Marker Kits Underwater Accessories

Applications

Robotics

Performance evaluation

Dexterous Hand

Teleoperation

Data Acquisition Facility

Engineering

Autonomous Vehicles/UAV

Bio-Inspired Robots

Robotic Arm

Underwater

High-Precision Measurement

Life Sciences

Sports Science

Rehabilitation Science

Navigation & Positioning

Virtual Reality

Large-Scale VR

Virtual Simulation

Entertainment

Virtual Production（VP）

CG Animation

Digital human

Support&Download

Company Updates Knowledge sharing Industry News Papers sharing

Case Studies

Robotics Engineering Life Sciences Virtual Reality Entertainment

About Us

Company Introduction Contact us Corporate Culture Recruitment Information

Distributors CN / EN

Home>Support&Download>Knowledge sharing

Resources and DownloadsKnowledge sharing

All Company Updates Knowledge sharing Industry News Papers sharing

2024/12/12

Application of Near-Infrared Optical Localization Systems in Surgical Navigation / Knowledge sharing

Recently, China’s first remote single-arm, single-port robotic surgery was successfully completed in Lhasa, marking another significant breakthrough in telemedicine. With continuous advancements in surgical techniques, robotics, and other technologies, these innovations are playing a key role in empowering medical development and achieving critical technological breakthroughs. In the realm of surgical treatment, particularly in surgical navigation, the application of near-infrared optical localization systems has significantly enhanced the efficiency and accuracy of the entire surgical navigation process. Not only does it make the surgeon's movements smoother and more stable, but it also increases the success rate of surgeries.

2024/12/12

How to Choose Game Motion Capture Equipment: The Role of 3D Motion Capture in Game Development / Knowledge sharing

How to Enhance Game Experience? To create a more immersive and interactive gaming experience for players, the development of motion capture (MoCap) technology has introduced a completely new way of creating games. Recently, the highly popular Chinese AAA game Black Myth: Wukong has left players amazed. Using motion capture technology, characters like Wukong and Tiger Vanguard were brought to life, leaving a lasting impression on players and significantly enhancing the overall gaming experience. Additionally, motion capture technology has improved the efficiency of the game development process, shortened production cycles, and reduced the overall costs of game creation.

2024/12/12

How Much Does Full-Body Motion Capture Cost? / Knowledge sharing

Motion capture (MoCap) technology has become increasingly important in various industries such as film animation, live streaming, and gaming due to its efficiency, short production cycles, innovative creative approach, and immersive interactive experience. From Hollywood blockbusters and virtual idol concerts to commercial ads and TV production, motion capture technology brings virtual characters to life, enhances the richness of scenes, and offers an immersive visual feast for audiences.

2024/12/12

How is CHINGMU’s Motion Capture Technology? / Knowledge sharing

Motion capture (MoCap) has gained significant attention across various industries for its high-precision tracking, efficient production, immersive visual presentation, and strong interactive capabilities. From its early applications in film and animation to its current roles in scientific research, rehabilitation, and virtual simulation, MoCap technology plays a key role in numerous fields. Currently, the main types of MoCap technology are optical motion capture and inertial motion capture. CHINGMU has gained widespread recognition for its high accuracy, low latency, robustness, and broad versatility in meeting the needs of a global clientele.

Hot Keywords AI Sports Art Education with AI CG animation Dexterous Hand Synergistic control Humanoid robot