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.
Frequently Asked Questions
What material is used for the 3D printed insoles?
We use high-quality antibacterial thermoplastic TPU material, which offers excellent elasticity, wear resistance, and high tear resistance.
How long does it take to print a pair of insoles?
The printing process is highly efficient, taking only 30-50 minutes to complete a pair of adult insoles.
Can the hardness of the insole be adjusted?
Yes, through integrated printing and different structures, we can achieve a hardness range of SHORE A30-90 to suit different functional needs.
Are these insoles durable for long-term wear?
Absolutely. The material is designed to maintain resilience and support without becoming thin or collapsing, even after extended use.
Do the insoles help with foot hygiene?
Yes, the insoles are breathable, sweat-absorbing, and possess anti-bacteria and anti-mildew properties for better foot health.
Can these insoles correct gait issues?
By providing customized support and resilience to the sole, these insoles play a significant role in relieving foot problems such as bad gait.
MedTrack
