Integrated boning behind a rear lacing system gives orthopedic back support while keeping the corset discreet under clothing and visually appealing.
Weighted rope resistance presses a waist-mounted trainer against the pelvis during walking to build proprioception and upright alignment.
A slider and engaging lock let one body brace adjust length quickly for different body sizes and changing support needs.
A cord-like spinal support with elastic flexion sections and straps simplifies fitting while applying posterior traction for posture correction.
Adjustable bushings, ratchets, and spring-loaded couplings let an external brace apply distraction, bending, and torsional spinal forces.
An articulating beam and elastic strap convert waist compression into targeted lumbar support and back muscle assistance during bending.
A chest-worn holding module suspends adjustable weights to control scoliosis curve angles without pelvis fixation, improving comfort.
Adaptive abdominal compression uses sensors, pulleys, and actuation to stabilize the spine while reducing discomfort and muscle weakening.
An adjustable frame aligns the spine quantitatively during casting, reducing manual fatigue and improving custom brace accuracy.
Guided rail translation lets stabilizing panels adapt to patient anatomy while preserving spinal support and wearing comfort.
Modular front and back closures with a thermoformable back plate let one rigid brace adapt to patient changes while lowering custom fitting effort.
An S-shaped carbon-fiber support from T3 to S1 balances spinal forces across multiple regions while preserving posture, comfort, and movement.