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About This Item:
1. Antimicrobial, Moisture-Wicking Top Layer: A Clean, Dry Environment to Support Ankle Recovery
· Material & Characteristics: The top layer uses a special antimicrobial, breathable fabric crafted from water-resistant, mold-resistant yarns. With a 50-60% porosity and over 95% moisture permeability, it efficiently wicks sweat from the foot’s surface.
· Key Benefits:
o Rapid Sweat Absorption & Ventilation: Moisture quickly passes through the porous structure, ensuring a consistently dry surface environment—critical for maintaining comfort when dealing with ankle discomfort.
o Hygienic & Odor-Free: Antimicrobial treatment reduces odor-causing bacteria, maintaining a sanitary environment that supports ankle health and prevents external irritations.
2. 3D-Printed Breathable Layer: Precise Support and Stress Reduction on the Ankle
· Material & Structure: Made from 99% antimicrobial TPU with over 2.33 million micropores, a porosity of 65-75%, and a thickness of about 1.2 mm. This layer can be custom 3D-printed to match individual foot contours.
· Key Benefits:
o Enhanced Breathability & Temperature Regulation: Continuous airflow helps keep the foot comfortably dry and cool, reducing potential ankle swelling and irritation.
o Cushioning & Stability: The multi-layer 3D design gently supports the foot arch and evenly distributes pressure, alleviating excessive loads on the ankle.
o Customized Fit: Personalized 3D printing provides an ergonomic fit, ensuring balanced foot alignment and minimizing lateral strain that can aggravate ankle pain.
3. Moisture-Absorbing & Massage Layer: Improving Circulation and Easing Ankle Tension
· Material & Structure: High-absorption open-cell foam with up to 280% water retention capacity. The surface features pyramid-shaped protrusions with micro-channels between them.
· Key Benefits:
o Rapid Moisture Absorption: Quickly locks in sweat, preventing a damp environment that could lead to slips or further injury.
o Gentle Massaging Action: The pyramid-shaped bumps provide a subtle foot massage with each step, promoting better blood flow and reducing muscle tension that can affect the ankle area.
o Even Pressure Distribution: This texture disperses pressure evenly, mitigating undue stress that might exacerbate ankle discomfort.
4. Quick-Drying Layer: Maintaining a Stable Foot Environment for Ankle Relief
· Materials & Design: 800-1000 specially engineered drainage holes combined with a 3D-printed Laval nozzle system ensure rapid downward moisture movement.
· Key Benefits:
o Fast Drying: After cleaning or light activity, moisture swiftly drains downwards, keeping the insole fresh and ready for immediate use—important for continuous ankle support.
o Cleanliness & Health: A perpetually dry environment helps prevent bacterial growth, ensuring a healthier setting conducive to ankle recovery.
5. Automatic Air-Drying System: Dynamic Ventilation to Reduce Ankle Swelling
· Design & Mechanism: The insole’s bottom includes 32 air bladders, 12 ventilation channels, and over 2,000 microscopic 3D-printed Laval structures. Each step generates 4-6 ml of airflow.
· Key Benefits:
o Continuous Ventilation During Movement: Walking or light exercise compresses the bladders, releasing airflow and accelerating evaporation, keeping the foot dry.
o Temperature & Moisture Control: Enhanced airflow helps maintain a stable microclimate around the ankle area, potentially reducing inflammation and discomfort.
6. Customizable Functional Inserts: Tailored Support Through the Ankle Recovery Stages
· Material Options: Ortholite foam, high-resilience materials, ACF (advanced cushioning foam), and silicone inserts.
· Key Benefits:
o High-Support Inserts: Ideal for additional arch stability when the ankle is vulnerable, minimizing lateral shifts that could worsen pain.
o Shock-Absorbing Inserts (ACF): Reduce the impact from footfalls, alleviating stress transmitted to the ankle and minimizing fatigue or re-injury.
o High-Rebound Inserts: Enhance foot flexibility and encourage smoother, more natural movements as the ankle recovers.
o Modular Configurations: Mix and match inserts to adapt to different activities—daily walking or mild rehabilitation exercises.
7. Health Therapy Features: Accelerating Ankle Recovery and Pain Relief
· Therapeutic Elements: Optional energy chips, magnets, or terahertz materials can be integrated into the insole.
· Key Benefits:
o Improved Circulation & Reduced Inflammation: Subtle heat generation and magnetic fields can boost blood flow, easing tension and accelerating recovery in the ankle area.
o Antimicrobial Ion Spheres: Keep the foot environment fresh and supportive of long-term ankle health.
o Energy Balance & Stress Reduction: Negative ions help in reducing stress and promoting overall well-being, indirectly supporting ankle healing.
8. Medicinal Patch Application: Targeted Support for Ankle Pain Management
· Patch Types & Method: Various therapeutic patches (pain relief, anti-inflammatory, muscle support) can be placed inside special insole compartments.
· Key Benefits:
o Direct, Ongoing Relief: Patches release active ingredients through foot warmth and pressure, delivering steady ankle-focused therapy as you walk or stand.
9. Micro-Intelligent Arch Support & Carbon Fiber Stability: Fundamental Protection Against Ankle Strain
· Design & Materials: Ergonomically contoured arch grooves, strategically placed protrusions, and integrated carbon fiber plates.
· Key Benefits:
o Reduced Risk of Over-Pronation or Supination: By stabilizing the foot’s alignment, the carbon fiber plate and arch design mitigate improper movements that can strain the ankle.
o Versatility for Different Foot Types: Whether flat, wide, or narrow, the intelligent arch design ensures balanced pressure distribution, minimizing undue torque on the ankle joint.
Overall Advantage:
This specialized insole for ankle pain relief combines multiple layers and advanced materials—from antimicrobial top fabrics to customizable inserts, therapeutic patches, and carbon fiber stabilization. The result is a comprehensive, supportive environment that targets ankle pain at its source, whether from misalignment, excessive strain, or insufficient support. By maintaining dryness, providing gentle stimulation, ensuring correct foot positioning, and offering optional therapeutic enhancements, this insole is designed to ease pain, promote recovery, and restore natural comfort and stability to individuals dealing with ankle discomfort.
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About This Item
Specification
1. Antimicrobial, Moisture-Wicking Top Layer: A Clean, Dry Environment to Support Ankle Recovery
· Material & Characteristics: The top layer uses a special antimicrobial, breathable fabric crafted from water-resistant, mold-resistant yarns. With a 50-60% porosity and over 95% moisture permeability, it efficiently wicks sweat from the foot’s surface.
· Key Benefits:
o Rapid Sweat Absorption & Ventilation: Moisture quickly passes through the porous structure, ensuring a consistently dry surface environment—critical for maintaining comfort when dealing with ankle discomfort.
o Hygienic & Odor-Free: Antimicrobial treatment reduces odor-causing bacteria, maintaining a sanitary environment that supports ankle health and prevents external irritations.
2. 3D-Printed Breathable Layer: Precise Support and Stress Reduction on the Ankle
· Material & Structure: Made from 99% antimicrobial TPU with over 2.33 million micropores, a porosity of 65-75%, and a thickness of about 1.2 mm. This layer can be custom 3D-printed to match individual foot contours.
· Key Benefits:
o Enhanced Breathability & Temperature Regulation: Continuous airflow helps keep the foot comfortably dry and cool, reducing potential ankle swelling and irritation.
o Cushioning & Stability: The multi-layer 3D design gently supports the foot arch and evenly distributes pressure, alleviating excessive loads on the ankle.
o Customized Fit: Personalized 3D printing provides an ergonomic fit, ensuring balanced foot alignment and minimizing lateral strain that can aggravate ankle pain.
3. Moisture-Absorbing & Massage Layer: Improving Circulation and Easing Ankle Tension
· Material & Structure: High-absorption open-cell foam with up to 280% water retention capacity. The surface features pyramid-shaped protrusions with micro-channels between them.
· Key Benefits:
o Rapid Moisture Absorption: Quickly locks in sweat, preventing a damp environment that could lead to slips or further injury.
o Gentle Massaging Action: The pyramid-shaped bumps provide a subtle foot massage with each step, promoting better blood flow and reducing muscle tension that can affect the ankle area.
o Even Pressure Distribution: This texture disperses pressure evenly, mitigating undue stress that might exacerbate ankle discomfort.
4. Quick-Drying Layer: Maintaining a Stable Foot Environment for Ankle Relief
· Materials & Design: 800-1000 specially engineered drainage holes combined with a 3D-printed Laval nozzle system ensure rapid downward moisture movement.
· Key Benefits:
o Fast Drying: After cleaning or light activity, moisture swiftly drains downwards, keeping the insole fresh and ready for immediate use—important for continuous ankle support.
o Cleanliness & Health: A perpetually dry environment helps prevent bacterial growth, ensuring a healthier setting conducive to ankle recovery.
5. Automatic Air-Drying System: Dynamic Ventilation to Reduce Ankle Swelling
· Design & Mechanism: The insole’s bottom includes 32 air bladders, 12 ventilation channels, and over 2,000 microscopic 3D-printed Laval structures. Each step generates 4-6 ml of airflow.
· Key Benefits:
o Continuous Ventilation During Movement: Walking or light exercise compresses the bladders, releasing airflow and accelerating evaporation, keeping the foot dry.
o Temperature & Moisture Control: Enhanced airflow helps maintain a stable microclimate around the ankle area, potentially reducing inflammation and discomfort.
6. Customizable Functional Inserts: Tailored Support Through the Ankle Recovery Stages
· Material Options: Ortholite foam, high-resilience materials, ACF (advanced cushioning foam), and silicone inserts.
· Key Benefits:
o High-Support Inserts: Ideal for additional arch stability when the ankle is vulnerable, minimizing lateral shifts that could worsen pain.
o Shock-Absorbing Inserts (ACF): Reduce the impact from footfalls, alleviating stress transmitted to the ankle and minimizing fatigue or re-injury.
o High-Rebound Inserts: Enhance foot flexibility and encourage smoother, more natural movements as the ankle recovers.
o Modular Configurations: Mix and match inserts to adapt to different activities—daily walking or mild rehabilitation exercises.
7. Health Therapy Features: Accelerating Ankle Recovery and Pain Relief
· Therapeutic Elements: Optional energy chips, magnets, or terahertz materials can be integrated into the insole.
· Key Benefits:
o Improved Circulation & Reduced Inflammation: Subtle heat generation and magnetic fields can boost blood flow, easing tension and accelerating recovery in the ankle area.
o Antimicrobial Ion Spheres: Keep the foot environment fresh and supportive of long-term ankle health.
o Energy Balance & Stress Reduction: Negative ions help in reducing stress and promoting overall well-being, indirectly supporting ankle healing.
8. Medicinal Patch Application: Targeted Support for Ankle Pain Management
· Patch Types & Method: Various therapeutic patches (pain relief, anti-inflammatory, muscle support) can be placed inside special insole compartments.
· Key Benefits:
o Direct, Ongoing Relief: Patches release active ingredients through foot warmth and pressure, delivering steady ankle-focused therapy as you walk or stand.
9. Micro-Intelligent Arch Support & Carbon Fiber Stability: Fundamental Protection Against Ankle Strain
· Design & Materials: Ergonomically contoured arch grooves, strategically placed protrusions, and integrated carbon fiber plates.
· Key Benefits:
o Reduced Risk of Over-Pronation or Supination: By stabilizing the foot’s alignment, the carbon fiber plate and arch design mitigate improper movements that can strain the ankle.
o Versatility for Different Foot Types: Whether flat, wide, or narrow, the intelligent arch design ensures balanced pressure distribution, minimizing undue torque on the ankle joint.
Overall Advantage:
This specialized insole for ankle pain relief combines multiple layers and advanced materials—from antimicrobial top fabrics to customizable inserts, therapeutic patches, and carbon fiber stabilization. The result is a comprehensive, supportive environment that targets ankle pain at its source, whether from misalignment, excessive strain, or insufficient support. By maintaining dryness, providing gentle stimulation, ensuring correct foot positioning, and offering optional therapeutic enhancements, this insole is designed to ease pain, promote recovery, and restore natural comfort and stability to individuals dealing with ankle discomfort.
Below is a table summarizing the insole layers, materials, design features, and key benefits for ankle pain relief:
| Layer/Feature | Materials & Characteristics | Design Features | Key Benefits |
| 1. Antimicrobial, Moisture-Wicking Top | Special antimicrobial, breathable fabric made from water-resistant, mold-resistant yarns | 50-60% porosity, >95% moisture permeability, quick sweat absorption (1-3 seconds) | Keeps foot dry, reduces odor and bacteria, maintains a clean environment supportive of ankle recovery |
| 2. 3D-Printed Breathable Layer | 99% antimicrobial TPU, 2.33+ million micropores, 65-75% porosity, ~1.2 mm thick | Multi-layer 3D structure, customizable via 3D printing for ergonomic fit | Enhanced airflow, continuous ventilation, cushioning, stable arch support, balanced pressure distribution to reduce ankle strain |
| 3. Moisture-Absorbing & Massage Foam Layer | High-absorption open-cell foam (up to 280% water retention), pyramid-shaped protrusions | Pyramid surface increases contact area, micro-channels disperse moisture evenly | Rapid sweat absorption, gentle foot massage improves circulation, evenly distributes pressure to alleviate ankle tension |
| 4. Quick-Drying Layer | Foam or specialized material with 800-1000 drainage holes and a 3D-printed Laval system | Downward drainage design prevents moisture from rising, air-flow channels for rapid drying | Quick moisture removal post-wash or light exercise, reduces bacterial growth, keeps a stable dry environment for ankle comfort |
| 5. Automatic Air-Drying System | 32 air bladders, 12 ventilation channels, 2000+ micro Laval structures per insole | Each step generates 4-6 ml airflow, pressure-driven ventilation cycle | Dynamic ventilation during movement, maintains dryness and temperature stability, helps reduce ankle swelling or discomfort |
| 6. Customizable Functional Inserts | Ortholite foam, high-rebound materials, ACF foam, silicone inserts | Inserts easily swapped in/out to suit activity or recovery phase | Tailored support: high-support inserts stabilize arches, shock-absorption reduces impact, high-rebound enhances flexibility, aiding gradual ankle recovery |
| 7. Health Therapy Features | Energy chips, magnets, terahertz materials, antimicrobial ion spheres | Dedicated compartments for therapy elements, independent air pockets | Improved circulation, reduced inflammation, balanced energy environment, antimicrobial properties support ankle healing |
| 8. Medicinal Patch Application | Various patches for pain relief, anti-inflammation, or muscle support | Special insole compartments release active ingredients via warmth & pressure | Continuous, targeted therapy while walking or standing, aiding ankle pain relief and recovery |
| 9. Micro-Intelligent Arch & Carbon Fiber Stability | Ergonomic arch grooves, carbon fiber plate integration | Supports multiple foot types, reduces over-pronation/supination, ensures proper alignment | Enhanced stability, balanced load distribution, minimized torque on ankle joint, fundamental protection against ankle strain |
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