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Features and Descriptions:
1 Antibacterial Breathable Surface Layer
o Material: Special antibacterial, moisture-wicking fabric made with waterproof and anti-mold treated fibers.
o Material Features: The cross-pore structure and antibacterial fibers ensure excellent breathability and moisture absorption. Sweat flows down to the 3D breathable layer, keeping the surface dry.
o Design Highlights:
● Porosity: 50-60%, breathability rate >95%.
● Performance: Quick sweat absorption (1-3 seconds), odor control, and hygiene maintenance.
● Benefits: Ensures foot dryness and comfort during extended standing or walking.
2. 3D Printed Breathable Layer
o Material: Made of 99% antibacterial TPU for durability, flexibility, and antimicrobial protection.
o Design:
● Porosity: 65-75%, lightweight and breathable.
● Microstructure: Features over 2.3 million micropores for uniform airflow and cushioning.
o Benefits:
● Promotes airflow for sweat evaporation.§ Provides pressure relief for the metatarsal region.
● Offers personalized fit with 3D printing, ensuring enhanced comfort.
3. Moisture Absorption & Massage Layer
o Material: High-efficiency foam with an open-cell structure, offering 280% moisture absorption.
o Design:
● Pyramid-shaped protrusions for enhanced contact surface and sweat diffusion.
● Microchannels between pyramids ensure horizontal moisture distribution.
o Benefits:
● Rapid moisture absorption to keep feet dry.
● Provides gentle massage to the forefoot, improving blood circulation.
● Evenly disperses pressure, reducing stress on the metatarsal heads.
4. Fast-Drying Layer
o Design: 800-1000 drainage holes combined with a 3D-printed Laval airflow system to optimize moisture management.
o Benefits:
● Speeds up moisture evaporation, preventing water accumulation.
● Ensures consistent dryness after washing or heavy perspiration.
5. Automatic Air-Drying System
o Design: 32 integrated airbags, 12 air channels, and 2000+ micro 3D Laval structures generate airflow with each step.
o Mechanism: Foot pressure and body heat accelerate moisture evaporation.
o Benefits:
● Actively circulates air to dry moisture under the forefoot.
● Reduces the sensation of humidity, keeping feet cool and comfortable.
6. Customizable Functional Inserts
o Material Options: Ortholite foam, ACF (Advanced Cushion Foam), high-rebound materials, and silicone.
o Benefits:
● Shock Absorption: Reduces impact on the forefoot during walking or running.
● High Rebound: Ensures energy return for enhanced movement efficiency.
● Personalization: Inserts can be customized to address specific foot pain or support needs.
7. Health Therapy Features
o Material Options: Energy chips, magnets, or therapeutic far-infrared components.
o Design: Therapy elements embedded in specialized zones around the forefoot.
o Benefits:
● Promotes blood circulation to relieve metatarsal inflammation.
● Reduces pain and fatigue caused by prolonged standing.§ Provides antibacterial benefits for better hygiene.
8. Therapeutic Patch Application
o Design: Integrated air pockets designed to release therapeutic active ingredients through heat and pressure.
o Benefits:
● Targets foot pain and metatarsal discomfort effectively.
● Provides localized relief for conditions like inflammation and fatigue.
9. Intelligent Arch Support & Carbon Plate Stability
o Design: Customized ergonomic medium arch support with strategically placed carbon plates.
o Benefits:
● Reduces stress on the forefoot by redistributing pressure.
● Enhances foot stability and alignment, especially for medium to low arches.
● Minimizes overpronation, which alleviates strain on the metatarsals
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Features and Descriptions
Specification
1 Antibacterial Breathable Surface Layer
o Material: Special antibacterial, moisture-wicking fabric made with waterproof and anti-mold treated fibers.
o Material Features: The cross-pore structure and antibacterial fibers ensure excellent breathability and moisture absorption. Sweat flows down to the 3D breathable layer, keeping the surface dry.
o Design Highlights:
● Porosity: 50-60%, breathability rate >95%.
● Performance: Quick sweat absorption (1-3 seconds), odor control, and hygiene maintenance.
● Benefits: Ensures foot dryness and comfort during extended standing or walking.
2. 3D Printed Breathable Layer
o Material: Made of 99% antibacterial TPU for durability, flexibility, and antimicrobial protection.
o Design:
● Porosity: 65-75%, lightweight and breathable.
● Microstructure: Features over 2.3 million micropores for uniform airflow and cushioning.
o Benefits:
● Promotes airflow for sweat evaporation.§ Provides pressure relief for the metatarsal region.
● Offers personalized fit with 3D printing, ensuring enhanced comfort.
3. Moisture Absorption & Massage Layer
o Material: High-efficiency foam with an open-cell structure, offering 280% moisture absorption.
o Design:
● Pyramid-shaped protrusions for enhanced contact surface and sweat diffusion.
● Microchannels between pyramids ensure horizontal moisture distribution.
o Benefits:
● Rapid moisture absorption to keep feet dry.
● Provides gentle massage to the forefoot, improving blood circulation.
● Evenly disperses pressure, reducing stress on the metatarsal heads.
4. Fast-Drying Layer
o Design: 800-1000 drainage holes combined with a 3D-printed Laval airflow system to optimize moisture management.
o Benefits:
● Speeds up moisture evaporation, preventing water accumulation.
● Ensures consistent dryness after washing or heavy perspiration.
5. Automatic Air-Drying System
o Design: 32 integrated airbags, 12 air channels, and 2000+ micro 3D Laval structures generate airflow with each step.
o Mechanism: Foot pressure and body heat accelerate moisture evaporation.
o Benefits:
● Actively circulates air to dry moisture under the forefoot.
● Reduces the sensation of humidity, keeping feet cool and comfortable.
6. Customizable Functional Inserts
o Material Options: Ortholite foam, ACF (Advanced Cushion Foam), high-rebound materials, and silicone.
o Benefits:
● Shock Absorption: Reduces impact on the forefoot during walking or running.
● High Rebound: Ensures energy return for enhanced movement efficiency.
● Personalization: Inserts can be customized to address specific foot pain or support needs.
7. Health Therapy Features
o Material Options: Energy chips, magnets, or therapeutic far-infrared components.
o Design: Therapy elements embedded in specialized zones around the forefoot.
o Benefits:
● Promotes blood circulation to relieve metatarsal inflammation.
● Reduces pain and fatigue caused by prolonged standing.§ Provides antibacterial benefits for better hygiene.
8. Therapeutic Patch Application
o Design: Integrated air pockets designed to release therapeutic active ingredients through heat and pressure.
o Benefits:
● Targets foot pain and metatarsal discomfort effectively.
● Provides localized relief for conditions like inflammation and fatigue.
9. Intelligent Arch Support & Carbon Plate Stability
o Design: Customized ergonomic medium arch support with strategically placed carbon plates.
o Benefits:
● Reduces stress on the forefoot by redistributing pressure.
● Enhances foot stability and alignment, especially for medium to low arches.
● Minimizes overpronation, which alleviates strain on the metatarsals
This design prioritizes pressure relief, shock absorption, and moisture control, making it ideal for individuals suffering from metatarsalgia.
| Feature | Material & Design | Benefits |
| Antibacterial Breathable Surface Layer | Special antibacterial, moisture-wicking fabric treated with waterproof and anti-mold properties. | - Porosity: 50-60%, breathability >95%. - Quick sweat absorption (1-3 seconds). - Reduces odor and keeps feet dry and clean. |
| 3D Printed Breathable Layer | Made from 99% antibacterial TPU with a multi-layer 3D lattice structure. | - Porosity: 65-75% with over 2.3 million micropores. - Promotes airflow and sweat evaporation. - Provides cushioning and personalized fit. |
| Moisture Absorption & Massage Layer | Open-cell foam with 280% moisture absorption and pyramid-shaped surface structure. | - Rapid moisture absorption. - Gentle massage for the forefoot to stimulate circulation. - Evenly disperses pressure to reduce stress on the metatarsal heads. |
| Fast-Drying Layer | 800-1000 drainage holes integrated with a 3D-printed Laval airflow system. | - Enhances moisture drainage. - Keeps the insole dry after washing or perspiration. - Prevents bacterial growth. |
| Automatic Air-Drying System | 32 airbags, 12 air channels, and 2000+ micro 3D Laval structures. | - Active airflow circulation generated with each step. - Speeds up drying and reduces foot humidity. - Enhances comfort. |
| Customizable Functional Inserts | Inserts made from Ortholite foam, ACF, high-rebound material, and silicone. | - Shock Absorption: Reduces impact on the forefoot. - High Rebound: Boosts flexibility and movement efficiency. - Personalization for specific foot pain and support needs. |
| Health Therapy Features | Optional energy chips, magnets, or far-infrared therapy elements embedded in layers. | - Promotes blood circulation. - Reduces inflammation and fatigue. - Provides antibacterial benefits for improved hygiene. |
| Therapeutic Patch Application | Integrated air pockets for controlled release of therapeutic active ingredients. | - Targets localized forefoot pain and discomfort. - Relieves metatarsal fatigue caused by prolonged standing or activity. |
| Intelligent Arch Support & Carbon Plate Stability | Ergonomic arch support with strategically placed carbon plates for stability. | - Redistributes pressure on the forefoot. - Reduces strain on metatarsals and prevents overpronation. - Improves alignment and support for low to medium arches. |
This table provides a detailed, clear, and professional description of Metatarsalgia insoles features tailored to alleviate forefoot pain and discomfort.
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