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About this Item:
1. Antibacterial and Breathable Surface Layer
· Material: Special antibacterial breathable fabric made with waterproof and anti-mold yarn.
· Material Features: Cross-structured fibers with antibacterial treatment ensure excellent breathability and moisture absorption.
· Design and Functional Advantages:
o Porosity and Structure: 50-60% porosity with a moisture permeability rate of over 95%. Rapid moisture absorption within 1-3 seconds.
o Antibacterial and Odor Control: Prevents bacteria and odor buildup, maintaining hygiene and long-lasting comfort during activities like sports.
2. 3D Printed Breathable Layer
· Material: 99% antibacterial TPU (Thermoplastic Polyurethane).
· Material Features: TPU offers softness, elasticity, and durability while preventing bacterial growth.
· Design Characteristics:
o 3D micro-pore structure with 65-75% porosity and over 2.3 million micropores ensures even airflow.
o Multi-layered 3D printed structure provides both cushioning and breathability.
o Customizable fit tailored to individual foot shapes for optimal ergonomics.
· Functional Advantages:
o Breathability: Enhanced airflow ensures quick sweat evaporation and keeps feet dry.
o Cushioning: Natural shock absorption reduces foot pressure for comfort.
o Temperature Regulation: Improved ventilation keeps feet cool in summer and insulated in winter.
3. Moisture Absorption and Massage Layer
· Material: Open-cell foam with 280% absorption capacity.
· Material Features: Effectively absorbs and locks in moisture to maintain a dry insole.
· Design Characteristics:
o Pyramid surface design increases foot contact area for enhanced absorption efficiency.
o Micro-channels between pyramid structures evenly distribute moisture.
· Functional Advantages:
o Moisture Wicking: Quickly absorbs sweat, preventing wetness.
o Massage Effect: The pyramid design gently massages the sole, promoting blood circulation.
o Pressure Distribution: Relieves concentrated stress points for added comfort.
4. Rapid Drying Layer
· Material and Design: Over 800-1000 drainage pores combined with a 3D printed Laval system.
· Functional Advantages:
o Quick-Drying: Drains moisture downward rapidly, preventing reverse seepage.
o Airflow Acceleration: Laval aerodynamic structure enhances moisture evaporation for immediate drying.
o Health Benefits: Reduces bacterial growth in moist conditions.
5. Automatic Air-Drying System
· Design: Features 32 airbags, 12 airflow channels, and 2000+ 3D printed Laval micro-structures.
· Working Principle: Each step generates 4-6ml of airflow, driven by foot pressure and body heat (42-45°C), accelerating moisture evaporation.
· Functional Advantages:
o Ensures efficient airflow to expel moisture and maintain a dry environment.
o Provides sustained comfort, even during high-intensity sports.
6. Customizable Functional Inserts
· Material Options: Ortholite Foam, High Rebound Material, ACF (Advanced Cushion Foam), Silicone.
· Functionality:
o High Support Inserts: Designed for arch support in high-demand activities.
o Shock Absorption Inserts: ACF material minimizes foot and knee impact, reducing fatigue.
o High Rebound Inserts: Enhances energy return for powerful strides.
· Combination Options: Inserts can be mixed to optimize performance for specific activities.
7. Health Therapy Features
· Material: Customizable therapeutic materials, including energy chips, magnets, and terahertz technology.
· Design: Independent airbags house therapeutic elements to maximize their effects.
· Functional Advantages:
o Improves blood circulation and reduces fatigue.
o Releases negative ions to relieve stress and promote balance.
o Antibacterial Therapy: Prevents bacterial growth for hygienic wear.
8. Therapeutic Patch Application
· Patch Types: Can integrate health patches for muscle pain relief, weight loss, or enhanced performance.
· Application: Patches release active ingredients via foot warmth and pores for maximum absorption.
· Functional Advantages:
o Targeted therapy for pain relief and health management.
o Offers solutions for fitness, recovery, and specific health needs.
9. Smart Arch Support and Carbon Fiber Stability
· Design: Includes ergonomic arch grooves and protrusions for varying arch types.
· Material Integration: Embedded carbon fiber plate enhances insole rigidity and energy return.
· Functional Advantages:
o Provides adaptive arch support for flat feet and high arches.
o Enhances stability and efficiency for athletes.
o Custom fit reduces discomfort for wide and narrow feet, promoting balance and comfort.
This detailed breakdown highlights the advanced 3D-printed design, functional versatility, and user customization that make the insoles ideal for sports, therapy, and daily use.
Below is a copyable table format for describing the 3D Printed Insoles based on their unique features and functionalities:
| Feature | Material | Design Characteristics | Functional Advantages |
| 1. Antibacterial Breathable Surface Layer | Special antibacterial breathable fabric | - 50-60% porosity with moisture permeability >95% - Rapid moisture absorption in 1-3 seconds | - Keeps feet dry and comfortable - Prevents bacterial growth and odors - Enhances hygiene and comfort |
| 2. 3D Printed Breathable Layer | 99% antibacterial TPU | - 3D micro-pore structure with 65-75% porosity - Multi-layered, customized design for support | - Excellent airflow for sweat evaporation - Shock absorption for comfort - Temperature regulation |
| 3. Moisture Absorption and Massage Layer | Open-cell foam with 280% absorption rate | - Pyramid surface for increased contact - Micro-channel design for moisture dispersion | - Quickly absorbs sweat - Provides massage effect to promote blood circulation - Distributes pressure evenly |
| 4. Rapid Drying Layer | 3D Printed Laval System | - 800-1000 drainage pores for moisture flow - Laval aerodynamic airflow design | - Ensures fast moisture evaporation - Prevents moisture reverse seepage - Keeps insole dry instantly |
| 5. Automatic Air-Drying System | 32 Airbags, 12 airflow channels, 2000+ Laval micro-structures | - Generates 4-6 ml airflow per step - Combines foot pressure and heat for drying | - Promotes efficient moisture evaporation - Ensures dry and comfortable wear during physical activities |
| 6. Customizable Functional Inserts | Ortholite Foam, ACF, High Rebound Materials, Silicone | - Modular inserts for arch support, shock absorption, and rebound performance | - Provides targeted support and cushioning - Reduces fatigue - Optimizes comfort for various scenarios |
| 7. Health Therapy Features | Energy chips, magnets, terahertz technology | - Independent airbags for health materials - Embedded therapy for blood circulation | - Promotes blood flow - Stress relief with negative ion balance - Antibacterial and fatigue reduction |
| 8. Therapeutic Patch Integration | Health patches for pain relief or fitness goals | - Active ingredients released via warmth and pores - Targeted therapy for specific needs | - Provides effective pain relief - Supports weight loss, recovery, and health management |
| 9. Smart Arch Support and Carbon Fiber Stability | Carbon fiber plate, ergonomic arch grooves | - Adaptive grooves and protrusions for arch types - Integrated carbon fiber for stability | - Provides arch support for flat/high arches - Enhances stability and energy return for athletes |
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About this Item
1. Antibacterial and Breathable Surface Layer
· Material: Special antibacterial breathable fabric made with waterproof and anti-mold yarn.
· Material Features: Cross-structured fibers with antibacterial treatment ensure excellent breathability and moisture absorption.
· Design and Functional Advantages:
o Porosity and Structure: 50-60% porosity with a moisture permeability rate of over 95%. Rapid moisture absorption within 1-3 seconds.
o Antibacterial and Odor Control: Prevents bacteria and odor buildup, maintaining hygiene and long-lasting comfort during activities like sports.
2. 3D Printed Breathable Layer
· Material: 99% antibacterial TPU (Thermoplastic Polyurethane).
· Material Features: TPU offers softness, elasticity, and durability while preventing bacterial growth.
· Design Characteristics:
o 3D micro-pore structure with 65-75% porosity and over 2.3 million micropores ensures even airflow.
o Multi-layered 3D printed structure provides both cushioning and breathability.
o Customizable fit tailored to individual foot shapes for optimal ergonomics.
· Functional Advantages:
o Breathability: Enhanced airflow ensures quick sweat evaporation and keeps feet dry.
o Cushioning: Natural shock absorption reduces foot pressure for comfort.
o Temperature Regulation: Improved ventilation keeps feet cool in summer and insulated in winter.
3. Moisture Absorption and Massage Layer
· Material: Open-cell foam with 280% absorption capacity.
· Material Features: Effectively absorbs and locks in moisture to maintain a dry insole.
· Design Characteristics:
o Pyramid surface design increases foot contact area for enhanced absorption efficiency.
o Micro-channels between pyramid structures evenly distribute moisture.
· Functional Advantages:
o Moisture Wicking: Quickly absorbs sweat, preventing wetness.
o Massage Effect: The pyramid design gently massages the sole, promoting blood circulation.
o Pressure Distribution: Relieves concentrated stress points for added comfort.
4. Rapid Drying Layer
· Material and Design: Over 800-1000 drainage pores combined with a 3D printed Laval system.
· Functional Advantages:
o Quick-Drying: Drains moisture downward rapidly, preventing reverse seepage.
o Airflow Acceleration: Laval aerodynamic structure enhances moisture evaporation for immediate drying.
o Health Benefits: Reduces bacterial growth in moist conditions.
5. Automatic Air-Drying System
· Design: Features 32 airbags, 12 airflow channels, and 2000+ 3D printed Laval micro-structures.
· Working Principle: Each step generates 4-6ml of airflow, driven by foot pressure and body heat (42-45°C), accelerating moisture evaporation.
· Functional Advantages:
o Ensures efficient airflow to expel moisture and maintain a dry environment.
o Provides sustained comfort, even during high-intensity sports.
6. Customizable Functional Inserts
· Material Options: Ortholite Foam, High Rebound Material, ACF (Advanced Cushion Foam), Silicone.
· Functionality:
o High Support Inserts: Designed for arch support in high-demand activities.
o Shock Absorption Inserts: ACF material minimizes foot and knee impact, reducing fatigue.
o High Rebound Inserts: Enhances energy return for powerful strides.
· Combination Options: Inserts can be mixed to optimize performance for specific activities.
7. Health Therapy Features
· Material: Customizable therapeutic materials, including energy chips, magnets, and terahertz technology.
· Design: Independent airbags house therapeutic elements to maximize their effects.
· Functional Advantages:
o Improves blood circulation and reduces fatigue.
o Releases negative ions to relieve stress and promote balance.
o Antibacterial Therapy: Prevents bacterial growth for hygienic wear.
8. Therapeutic Patch Application
· Patch Types: Can integrate health patches for muscle pain relief, weight loss, or enhanced performance.
· Application: Patches release active ingredients via foot warmth and pores for maximum absorption.
· Functional Advantages:
o Targeted therapy for pain relief and health management.
o Offers solutions for fitness, recovery, and specific health needs.
9. Smart Arch Support and Carbon Fiber Stability
· Design: Includes ergonomic arch grooves and protrusions for varying arch types.
· Material Integration: Embedded carbon fiber plate enhances insole rigidity and energy return.
· Functional Advantages:
o Provides adaptive arch support for flat feet and high arches.
o Enhances stability and efficiency for athletes.
o Custom fit reduces discomfort for wide and narrow feet, promoting balance and comfort.
This detailed breakdown highlights the advanced 3D-printed design, functional versatility, and user customization that make the insoles ideal for sports, therapy, and daily use.
Below is a copyable table format for describing the 3D Printed Insoles based on their unique features and functionalities:
| Feature | Material | Design Characteristics | Functional Advantages |
| 1. Antibacterial Breathable Surface Layer | Special antibacterial breathable fabric | - 50-60% porosity with moisture permeability >95% - Rapid moisture absorption in 1-3 seconds | - Keeps feet dry and comfortable - Prevents bacterial growth and odors - Enhances hygiene and comfort |
| 2. 3D Printed Breathable Layer | 99% antibacterial TPU | - 3D micro-pore structure with 65-75% porosity - Multi-layered, customized design for support | - Excellent airflow for sweat evaporation - Shock absorption for comfort - Temperature regulation |
| 3. Moisture Absorption and Massage Layer | Open-cell foam with 280% absorption rate | - Pyramid surface for increased contact - Micro-channel design for moisture dispersion | - Quickly absorbs sweat - Provides massage effect to promote blood circulation - Distributes pressure evenly |
| 4. Rapid Drying Layer | 3D Printed Laval System | - 800-1000 drainage pores for moisture flow - Laval aerodynamic airflow design | - Ensures fast moisture evaporation - Prevents moisture reverse seepage - Keeps insole dry instantly |
| 5. Automatic Air-Drying System | 32 Airbags, 12 airflow channels, 2000+ Laval micro-structures | - Generates 4-6 ml airflow per step - Combines foot pressure and heat for drying | - Promotes efficient moisture evaporation - Ensures dry and comfortable wear during physical activities |
| 6. Customizable Functional Inserts | Ortholite Foam, ACF, High Rebound Materials, Silicone | - Modular inserts for arch support, shock absorption, and rebound performance | - Provides targeted support and cushioning - Reduces fatigue - Optimizes comfort for various scenarios |
| 7. Health Therapy Features | Energy chips, magnets, terahertz technology | - Independent airbags for health materials - Embedded therapy for blood circulation | - Promotes blood flow - Stress relief with negative ion balance - Antibacterial and fatigue reduction |
| 8. Therapeutic Patch Integration | Health patches for pain relief or fitness goals | - Active ingredients released via warmth and pores - Targeted therapy for specific needs | - Provides effective pain relief - Supports weight loss, recovery, and health management |
| 9. Smart Arch Support and Carbon Fiber Stability | Carbon fiber plate, ergonomic arch grooves | - Adaptive grooves and protrusions for arch types - Integrated carbon fiber for stability | - Provides arch support for flat/high arches - Enhances stability and energy return for athletes |
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Welcome to a new era of intimate wear, where innovation meets wellness. Our 3D printed bras are designed to provide the ultimate combination of comfort, health benefits, and advanced technology.
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