HELTEC
https://sensing.heltec.co.jp/- Japan exhibitors
- Real
- The 13th Occupational Safety & Health Exhibition Japan
- The 13th Occupational Safety & Health Exhibition Japan
- Booth number 7-ZJ14

The main highlight of this booth is the opportunity to experience cutting-edge sensing technology that visualizes human movement in real time.
With Xsens motion capture, users can wear a sensor suit to capture and display full-body movement in precise 3D without the use of cameras. Movements are reflected instantly on the screen, allowing visitors to intuitively experience the accuracy and practicality of the technology.
In addition, Industrial Athlete demonstrates how work movements can be analyzed to quantify and visualize posture, physical load, and risky actions. Visitors can clearly understand how this data can be applied to workplace safety and process improvement.
Through these demonstrations, visitors can explore not only entertainment applications but also the potential for improving safety and productivity in manufacturing and logistics environments.
| Exhibited products (English) | HELTEC Co., Ltd. specializes in sensing technology that visualizes and quantifies human movement, providing solutions across entertainment, healthcare, workplace safety, and task improvement. Its flagship product, Industrial Athlete, measures workers’ movements in real time and analyzes posture, physical strain, and risky actions quantitatively. The data can be exported as Excel reports, making it easy to use for on-site evaluation and improvement. This helps reduce risks such as back pain and excessive workload, standardize work posture, and prevent workplace accidents while improving productivity in manufacturing and logistics. Another key solution, Xsens, is a high-precision 3D motion capture system using sensor-equipped suits, enabling full-body tracking without cameras. It works both indoors and outdoors and provides accurate motion data with high speed and low latency. These technologies support safer, more efficient workplaces by visualizing workload, improving safety measures, and enabling ergonomic analysis and training. |
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