The function of orthotics

 

First of all, the four most basic functions of orthosis are prevention, relief, correction, fixation… So making orthosis must start from these four aspects to reduce pain, deformation correction, joint range of motion and so on…

Besides, making… First of all, we have to understand the structure and function of the foot …. This is a rough analysis of the foot load…

This is the part of the foot that puts pressure on you when you walk… . Simply put, any part of the body that does not bear the weight can be lifted to reduce the weight of the other part. The second is the analysis of bones without bone parts, or does not affect the normal activity of tendons and ligaments can also load …. The above mentioned things as the basis for the manufacture of orthosis…

 

 

Correct the positive model by sanding the load-bearing parts… … To relieve the pressure on the affected area…

 

Orthotic Insole

Orthotic insoles are products that can change the ground to fit the wearer’s individual foot shape. Just as many people need to wear glasses (technically called vision orthotics) , people with lower-limb biomechanical abnormalities or mechanical problems caused by these abnormalities need to wear corrective products called foot orthotics.

Orthotic insoles are designed according to foot biomechanics, and the unique dual density 100% EVA structure allows for a wide range of modifications and deflections to be created and added to the orthotic insole, making it a customizable orthotic insole, the utility model can be fixed on the patient’s foot directly with a plaster mold, and can provide sufficient space and protection for the foot. Orthotic insoles can be heated and molded into a patient’s foot or plaster mold, or ground and shaped using a bench grinder, and can be heated and pressed to shape various bending angles (which can also be heated to eliminate) . The orthotic insole is made according to the principle of biomechanics, and is made according to the normal human body mechanics structure. The 5 ° angle of heel inversion is set to increase the angle of maximum force and walking, 42 ° sagittal tilt provides balance and coordination with pelvic support and stability. Custom-made insole, foot care, increase walking time, exercise energy has a very good effect. Designed with unique angles and curves, the patented dual-density system provides dual benefits of support and comfort.

 

Introduction to orthotic insoles

Orthotic insoles are supported by NAS Assessment, a series of detailed assessments from bottom to top, from foot to spine, measurement: Calcaneus Varus/valgus angle, forefoot varus/valgus angle, tibia varus/valgus angle, femoral varus angle, foot length difference, pain and gait, according to the individual special circumstances to choose the most suitable material and correction methods.

Specifications for orthotic insoles

1. Soft, suitable for the weight of 45 ~ 65 kg patients or diabetic use.

Rigid, suitable for patients weighing more than 75kg.

3. Sport/special type, suitable for those who must multi-joint adjustment and sports shoes.

Children type.

5. High heel shape, for high heels.

 

Orthotic insole treatment

Orthotic insoles are suitable for hallux valgus, foot lesions, foot pain, metatarsal pain, foot elasticity loss, tibialis tubercle osteitis, Achilles tendinitis, medial knee pain, varus sprain, heel pain in children. Osteitis/calcanitis, shin splints, sesamoiditis, lateral pain and hallux valgus deformity, limitation of toe movement, foot ulcers and deformities, back pain and unequal lower limbs, Achilles tendon pain and low forefoot pain. At the same time, flat foot, high arch foot, valgus foot, diabetic foot can also be corrected.

 

Insole customization process

Gait balance analysis, plantar pressure test →3D scanning foot shape → CAD reasonable adjustment and design → CAM data processing → exclusive insole, last → shoe selection → exclusive shoe customization → try-on experience.