Our Story  
Reasons for invention

Surgeons frequently encounter significant musculoskeletal challenges due to extended periods of standing and prolonged hours in physically demanding positions. This discomfort predominantly presents as leg pain, upper and lower back pain, neck pain, and overall physical fatigue. Our innovative device is designed to provide external support to the surgeon's body, thereby alleviating torque and strain on the skeletal structure.

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**Device Status** ​

Successfully completed a provisional feasibility testing phase and has been deemed eligible for patent registration, receiving approval a US patent.

It does not require an AMR permit for access to operating rooms and has finished the research and development phase.

Currently, the device is being utilized at Rambam Hospital, where its ergonomic effects on surgeons in the operating room are investigation.

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**Our Advantage Over Other Robotic Devices**

Our device features maximum adaptability to the surgeon's height and offers an optimal facial angle.

This design enables surgeons to achieve greater precision during lengthy procedures, thereby reducing fatigue and discomfort, representing a notable advancement in the ergonomics of surgical operations.

The adjustable pelvic support allows for longitudinal or lateral positioning, facilitating unrestricted body movement while decreasing stress on joints and the musculoskeletal system, as well as alleviating pressure on the spine.

The anti-fatigue mat at the base promotes healthy blood circulation, enhancing overall comfort.

Furthermore, the device provides both forward and backward support, which enhances concentration and alertness during surgical procedures.

We would welcome the opportunity to with you to discuss our device further and address any questions you may have.

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Nili Yehiely, CEO, Co-founder.

Moty Biran, CTO, Co-founder.