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Custom 3D Printed Orthopedic Insoles & Shoe Orthotics from China Suppliers - High-Quality Factory Manufacturing
Product Introduction
The use of antibacterial thermoplastic antibacterial TPU material, with ultra-high fluidity and excellent elasticity, products are not easy to deform and good flexibility, with high tear resistance, wear resistance and cut resistance, with high hardness and good resilience. Integrated printing, through different hardness materials and a variety of hardness structures to achieve the functional division of each area using different hardness, hardness layer interval can reach SHORE A30-90. It only takes 30-50 minutes to print a pair of adult insole. Even if it is worn for a long time, it will not become thin and collapse, but it can still maintain resilience and provide good support to the sole of the foot. More breathable and sweat-absorbing, anti-bacteria, anti-mildew can really wear and wear, greatly reducing the degree of wear. It plays a good role in relieving foot problems such as bad gait.
High Performance TPU: Antibacterial, high fluidity, excellent elasticity, tear/wear/cut resistant.
Integrated Printing: Varying hardness structures (SHORE A30-90) for functional zone division.
Efficient Production: Only takes 30-50 minutes to print a pair of adult insoles.
Durable & Supportive: Will not thin or collapse over time; relieves gait and foot issues.
Technical parameters
3D printing process
Frequently Asked Questions
What material is used for the 3D printed insoles?
The insoles are manufactured using antibacterial thermoplastic TPU material, which provides ultra-high fluidity, excellent elasticity, high tear resistance, wear resistance, and cut resistance.
How long does it take to print a pair of adult insoles?
It only takes approximately 30 to 50 minutes to complete the integrated printing of a pair of adult insoles.
What is the hardness range of the printed insoles?
Through integrated printing with different structures, the hardness layer interval can reach SHORE A30-90, allowing for optimized functional zones.
Do these insoles deform or collapse after long-term wear?
No. Even with long-term wear, they will not become thin or collapse. They maintain resilience and offer consistent support to the sole of the foot.
What health benefits do these 3D printed insoles offer?
They are highly breathable, sweat-absorbing, anti-bacterial, and anti-mildew. They reduce wear and tear and help relieve foot problems such as bad gait.