Frequently Asked Questions

A myoelectric prosthesis picks up muscle signals via skin electrodes, recognizes intent through a microprocessor, and drives motors for grip/rotation. Smart bionic limbs add sensors and multi-axial joints to mimic natural gait and active knee flexion, improving stairs and uneven terrain.

They are more capable but need charging, fear water, and cost more.

3D printing suits sockets, cosmetic covers, and light components—cutting lead time and cost with personalization. But load-bearing joints and hydraulic/myoelectric systems still rely on certified industrial parts.

It's reliable for transitional, cosmetic, or light use; for main load-bearing parts, use certified products fitted by a prosthetist.

Sports limbs are sport-specific: running blades (J-shaped carbon-energy feet) for sprinting/jogging; waterproof feet for swimming; multi-axial knees for trail/mountain stability.

They boost performance but may be less comfortable for daily walking, so they're often a second limb used alongside the daily one. Choose with a sports-rehab prosthetist.