Features and Benefits:
1 Antibacterial Moisture-Wicking Top Layer
The top layer is crafted from eco-friendly, antibacterial moisture-wicking fabric that is treated for waterproofing and anti-mildew properties. The special cross-pore structure enhances breathability, with a porosity rate of 50-60% and a moisture permeability of over 95%. This allows the fabric to quickly wick away moisture, ensuring surface dryness within 1-3 seconds. The antibacterial treatment effectively prevents odor, inhibits bacteria growth, and keeps feet fresh and dry even during prolonged activity.
2. 3D Printed Breathable Layer
Made from 99% antibacterial TPU, this layer incorporates over 233,000 micro-pores within a 1.2mm thick structure, enabling continuous airflow. The multi-layer staggered 3D-printed lattice design optimizes support, reduces pressure, and provides excellent elasticity and durability. Customization through 3D printing ensures a personalized fit that conforms to the foot, enhancing comfort and reducing fatigue.
3. Moisture-Absorption and Massage Foam Layer
This layer is composed of special open-cell foam with a 280% water absorption rate, combined with a pyramid-shaped texture on the surface. The micro-channels between the pyramids efficiently disperse moisture laterally, keeping the insole evenly dry. Additionally, the pyramid structure offers a gentle massaging effect, stimulating nerves, improving blood circulation, and evenly distributing foot pressure to reduce hot spots and discomfort.
4. Quick-Dry System
The insole integrates 800-1000 precision drainage holes combined with a Laval aerodynamic exhaust system. This innovative design directs sweat and moisture downward and outward, preventing upward seepage. The quick-dry system allows the insole to be worn immediately after washing and inhibits bacterial growth, ensuring a clean and healthy foot environment.
5. Auto-Air Drying System
Equipped with 32 dynamic airbags, 12 airflow channels, and over 2,000 micro Laval structures, the insole uses every step to generate airflow. This airflow accelerates the evaporation of moisture and sweat, maintaining a dry and comfortable insole environment. The combination of dynamic pressure and body heat (42-45°C) ensures high-efficiency drying during activity, significantly reducing discomfort caused by humidity.
6. Customizable Functional Inserts
For targeted relief, the insole allows the integration of customizable inserts made from materials like Ortholite foam for excellent support, ACF (Advanced Cushion Foam) for shock absorption, and high-rebound silicone gel for flexibility. These inserts can be mixed and matched to address specific needs, such as reducing forefoot pressure, enhancing rebound during movement, or providing superior shock absorption for pain relief.
7. Orthotic Carbon Board Layer
The orthotic carbon fiber board layer stabilizes the forefoot region and reduces excessive movement of the big toe, which is crucial for alleviating sesamoiditis pain. Strategically positioned to minimize pressure on the sesamoid bones, the carbon board improves foot alignment and reduces forefoot strain during movement, making it ideal for both athletic and everyday use.
8. Health Therapy Integration
The insole can incorporate health therapy modules, such as magnetic chips, far-infrared elements, or energy patches, to accelerate recovery. These modules are held in micro-pouch structures, ensuring optimal placement and comfort. The therapeutic elements improve blood circulation, reduce inflammation, and provide holistic pain relief while promoting energy balance and relaxation for the feet.
9. Forefoot and Heel Support Pads
To address sesamoiditis, the insole features a forefoot custom function pad and a heel customized pad. The forefoot pad targets cushioning and reduces localized pressure on the sesamoid bones, while the deep U-wall heel structure stabilizes the heel and enhances overall foot alignment. This dual-layered support system absorbs shock, reduces strain, and improves gait for prolonged comfort and stability during movement
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Features and Benefits
Specification
1 Antibacterial Moisture-Wicking Top Layer
The top layer is crafted from eco-friendly, antibacterial moisture-wicking fabric that is treated for waterproofing and anti-mildew properties. The special cross-pore structure enhances breathability, with a porosity rate of 50-60% and a moisture permeability of over 95%. This allows the fabric to quickly wick away moisture, ensuring surface dryness within 1-3 seconds. The antibacterial treatment effectively prevents odor, inhibits bacteria growth, and keeps feet fresh and dry even during prolonged activity.
2. 3D Printed Breathable Layer
Made from 99% antibacterial TPU, this layer incorporates over 233,000 micro-pores within a 1.2mm thick structure, enabling continuous airflow. The multi-layer staggered 3D-printed lattice design optimizes support, reduces pressure, and provides excellent elasticity and durability. Customization through 3D printing ensures a personalized fit that conforms to the foot, enhancing comfort and reducing fatigue.
3. Moisture-Absorption and Massage Foam Layer
This layer is composed of special open-cell foam with a 280% water absorption rate, combined with a pyramid-shaped texture on the surface. The micro-channels between the pyramids efficiently disperse moisture laterally, keeping the insole evenly dry. Additionally, the pyramid structure offers a gentle massaging effect, stimulating nerves, improving blood circulation, and evenly distributing foot pressure to reduce hot spots and discomfort.
4. Quick-Dry System
The insole integrates 800-1000 precision drainage holes combined with a Laval aerodynamic exhaust system. This innovative design directs sweat and moisture downward and outward, preventing upward seepage. The quick-dry system allows the insole to be worn immediately after washing and inhibits bacterial growth, ensuring a clean and healthy foot environment.
5. Auto-Air Drying System
Equipped with 32 dynamic airbags, 12 airflow channels, and over 2,000 micro Laval structures, the insole uses every step to generate airflow. This airflow accelerates the evaporation of moisture and sweat, maintaining a dry and comfortable insole environment. The combination of dynamic pressure and body heat (42-45°C) ensures high-efficiency drying during activity, significantly reducing discomfort caused by humidity.
6. Customizable Functional Inserts
For targeted relief, the insole allows the integration of customizable inserts made from materials like Ortholite foam for excellent support, ACF (Advanced Cushion Foam) for shock absorption, and high-rebound silicone gel for flexibility. These inserts can be mixed and matched to address specific needs, such as reducing forefoot pressure, enhancing rebound during movement, or providing superior shock absorption for pain relief.
7. Orthotic Carbon Board Layer
The orthotic carbon fiber board layer stabilizes the forefoot region and reduces excessive movement of the big toe, which is crucial for alleviating sesamoiditis pain. Strategically positioned to minimize pressure on the sesamoid bones, the carbon board improves foot alignment and reduces forefoot strain during movement, making it ideal for both athletic and everyday use.
8. Health Therapy Integration
The insole can incorporate health therapy modules, such as magnetic chips, far-infrared elements, or energy patches, to accelerate recovery. These modules are held in micro-pouch structures, ensuring optimal placement and comfort. The therapeutic elements improve blood circulation, reduce inflammation, and provide holistic pain relief while promoting energy balance and relaxation for the feet.
9. Forefoot and Heel Support Pads
To address sesamoiditis, the insole features a forefoot custom function pad and a heel customized pad. The forefoot pad targets cushioning and reduces localized pressure on the sesamoid bones, while the deep U-wall heel structure stabilizes the heel and enhances overall foot alignment. This dual-layered support system absorbs shock, reduces strain, and improves gait for prolonged comfort and stability during movement
These advanced features work together to provide targeted relief, pain reduction, and superior support for individuals suffering from sesamoiditis, ensuring all-day comfort and improved foot health.
Feature | Material and Design | Benefits |
1. Antibacterial Moisture-Wicking Top Layer | - Made from an eco-friendly, durable, antibacterial moisture-wicking fabric with waterproof and anti-mildew treatment. - Special cross-pore design for enhanced breathability. | - Provides excellent moisture-wicking with a porosity rate of 50-60% and moisture permeability of 95%+. - Ensures surface dryness in 1-3 seconds, keeping feet fresh and dry. - Antibacterial treatment prevents odor and maintains hygiene. |
2. 3D Printed Breathable Layer | - Composed of 99% antibacterial TPU with integrated 233,000 micro-pores in a 1.2mm thickness. - Multi-layer staggered 3D printed lattice structure. | - Guarantees continuous air circulation and sweat evaporation. - Reduces pressure and offers customized support through personalized 3D printing. - High durability and elasticity reduce wear and improve comfort. |
3. Moisture-Absorption and Massage Foam Layer | - Made of open-cell foam with 280% water absorption rate and pyramid-shaped surface structures. - Micro-channel design enhances moisture dispersion. | - Provides rapid moisture absorption. - Pyramid-shaped texture offers a massaging effect that stimulates nerves and improves blood circulation. - Evenly distributes foot pressure, reducing hot spots. |
4. Quick-Dry System | - Features 800-1000 drainage holes and an aerodynamic Laval exhaust system. - Integrated design channels water and sweat outwards efficiently. | - Drains water and sweat quickly to prevent surface moisture. - Ensures the insole can be worn immediately after cleaning. - Prevents bacterial growth, enhancing foot health. |
5. Auto-Air Drying System | - Equipped with 32 dynamic airbags, 12 airflow channels, and 2,000+ Laval microstructures. - Every step generates airflow to dry moisture quickly. | - Pressure-driven airflow promotes evaporation, keeping feet dry. - Optimized system ensures quick moisture removal during activity. - Reduces foot discomfort caused by humidity. |
6. Customizable Functional Inserts | - Options include Ortholite foam for support, ACF (Advanced Cushion Foam) for shock absorption, and high-rebound silicone gel. - Multiple combinations available for various needs. | - Targeted support for the forefoot and heel to reduce strain on sesamoid bones. - Shock-absorbing inserts help cushion impact and relieve pain. - Enhances performance and comfort for sports or daily use. |
7. Orthotic Carbon Board Layer | - Orthotic Carbon Fiber Board provides rigid support to reduce excessive toe movement. - Strategically placed to minimize pressure on sesamoid bones. | - Stabilizes the forefoot and toe region, reducing pain and inflammation. - Prevents further aggravation of sesamoiditis during movement. - Enhances overall foot alignment and reduces pronation. |
8. Health Therapy Integration | - Option to include therapy modules such as magnetic chips, far-infrared materials, or energy patches for pain relief. - Micro-pouch structures hold the therapy elements securely. | - Promotes blood circulation and reduces swelling. - Supports recovery from sesamoiditis by enhancing foot health. - Provides holistic pain relief and energy balance. |
9. Forefoot and Heel Support Pads | - Forefoot custom function pad and heel customized pad are added for targeted cushioning. - Heel deep U-wall structure adds stability. | - Reduces localized pressure on the sesamoid bones and surrounding area. - Deep U-wall design stabilizes the heel, improving alignment and gait. - Provides enhanced shock absorption for daily and sports activities. |
This structured description highlights the advanced features of the Orthotic Sesamoiditis Insoles, ensuring superior support, pain relief, and comfort for individuals suffering from sesamoiditis.
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