Kine is a biotechnology company focusing on solutions for muscle activity analysis, movement analysis and biofeedback therapy. For this purpose Kine has developed measurement solutions based on a combination of wireless sensor technology and applications software. As a result, measurements and subject feedback can be done without constraints of cables or bulky electronics, due to the breakthrough technology developed by Kine. This pioneering technology enables therapists and scientist to focus their work on their goals, easily and quickly, with minimum distraction. By joining forces with pioneering scientists, Kine also makes available innovative and objectively proven practical methods and applications in Healthcare, Physical Therapy, Sports, Training, Ergonomics etc. Kine is thus opening new dimensions in object access and creative kinematic testing and analysis solutions.
Provide equipment and tools for muscle activity analysis, movement analysis and biofeedback for therapy and training in science, rehabilitation and sports. All done without the usual constraints of cables or bulky electronics. as a result of the break-through technology developed by Kine.
This pioneering technology enables therapists and scientist to focus their work on goals, in an easy and quick manner. Thereby, Kine's solutions open new dimensions in object access and creative kinematic solutions.
Kine’s products are built on three platforms; the Wireless Kine Measurement System (KMS) for Surface Electromyography (sEMG); Acceleration Measurements; and Digital 2 dimensional (2D) Video. All of which complement each other, providing for more complete motion analysis possibilities.
Monitoring, recording, measuring and interpreting muscle activity and movement is now, more than ever before, a matter of creativity. Thanks to the small wireless Kine sEMG (Surface Electromyography) measurement system (KMS) and its' range and useability, this is enabled in situations unreachable before.
Here are a few examples of disciplines where the Kine equipment can be applied: