Material:PP/PE

Size Range:Custom-made individually

Applicable Groups:Foot drop, ankle instability, rehabilitation for stroke hemiplegia, gait correction for cerebral palsy, common peroneal nerve injury, post-operative recovery of Achilles tendon repair, correction of foot varus/valgus, etc.

Material:PP/PE

Size Range:Personal Customization

Applicable Groups:Rehabilitation after ankle fracture surgery, severe ankle instability, immobilization after Achilles tendon rupture surgery, correction of severe foot varus/valgus, severe spasticity caused by cerebral palsy, severe foot drop after stroke, severe foot drop due to common peroneal nerve injury, etc.

Material:Carbon Fiber

Size Range::Customized individually

Applicable Groups:Foot drop, ankle instability, flat feet, high-arched feet, diabetic foot, rehabilitation for stroke hemiplegia, post-operation of Achilles tendon injury, correction of foot varus/valgus, sports injury protection, etc.

Material:Medical-grade 3D printed nylon

Specification:Custom-made (Precisely tailored based on patients' 3D scanning data, scoliosis angles and body measurements)

Applicable Groups:Idiopathic scoliosis (Cobb angle: 10°-50°), congenital scoliosis, neuromuscular scoliosis, rehabilitation after scoliosis surgery, postural scoliosis correction, and patients with high requirements for wearing comfort of traditional braces.

Material:PP/PE

Size Range:Personal Customization (Tailored according to the patient's height, waist circumference and scoliosis angle)

Applicable Groups:Idiopathic scoliosis (Cobb angle: 10°-45°), congenital scoliosis, neuromuscular scoliosis, fixation for rehabilitation after scoliosis surgery, postural scoliosis correction, etc.

Material:Medical High-strength Support Plate

Size Range:Custom-made (Precision processed based on 3D scanning, spinal X-ray data and body parameters)

Applicable Crowds:Idiopathic scoliosis (Cobb angle: 10°–50°), congenital scoliosis, neuromuscular scoliosis, fixation for rehabilitation after spinal surgery, and scoliosis correction requiring high-strength stable support