About the job
We are looking for an experienced mechanical designer to create a magnetic resistance module that provides duo-directional resistance for a sliding or movable module.
The mechanism should generate up to 20 kg of resistance along a 1-meter stroke, using a rotational magnetic system. The module will be mounted on a rod (metal or plastic), and a roller will rotate via friction or a gear transmission.
Resistance is entirely magnetic; once the module stops moving, the magnetic system should naturally halt motion. No clutch or brake mechanisms are required.
We are looking for an experienced mechanical designer to create a magnetic resistance module that provides duo-directional resistance for a sliding or movable module.
The mechanism should generate up to 20 kg of resistance along a 1-meter stroke, using a rotational magnetic system. The module will be mounted on a rod (metal or plastic), and a roller will rotate via friction or a gear transmission.
Resistance is entirely magnetic; once the module stops moving, the magnetic system should naturally halt motion. No clutch or brake mechanisms are required.
We are looking for an experienced mechanical designer to create a magnetic resistance module that provides duo-directional resistance for a sliding or movable module.
The mechanism should generate up to 20 kg of resistance along a 1-meter stroke, using a rotational magnetic system. The module will be mounted on a rod (metal or plastic), and a roller will rotate via friction or a gear transmission...
read more
We are looking for an experienced mechanical designer to create a magnetic resistance module that provides duo-directional resistance for a sliding or movable module.
The mechanism should generate up to 20 kg of resistance along a 1-meter stroke, using a rotational magnetic system. The module will be mounted on a rod (metal or plastic), and a roller will rotate via friction or a gear transmission.
Resistance is entirely magnetic; once the module stops moving, the magnetic system should naturally halt motion. No clutch or brake mechanisms are required.
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