Science-Driven Solutions: Defining the Next Level of Comfort

Driven by biomechanical data, we develop multi-dimensional insole solutions that prioritize performance and comfort. Through precision 3D modeling and advanced material science, we provide expert guidance on density, hardness, and rebound characteristics tailored to your needs. Whether it's our ultra-lightweight FOAM series or high-durability support structures, we leverage meticulous craftsmanship and rigorous quality control to help brands create a truly competitive footcare experience.

Aybroad Science-Driven Insole Solutions
  • Item Name:

    Professional Grade Orthotic Support Insoles with Rigid EVA & Embedded TPU Chassis
  • Item Model:

    ZY-OR-P09 (Customizable)
  • Item Size:

    Full range available from XS to XXL (Trimmable to fit any shoe size)
  • Item Description:

    High-Rigidity EVA Base + Embedded TPU Support Plate + Bio-Mechanical Printed Surface. Engineered as a premium alternative to clinical orthotics, these insoles feature a multi-layer design optimized for maximum stability. The high-hardness EVA bottom provides a rock-solid foundation, while the internally embedded TPU chassis creates a firm "bridge" for the arch, mirroring the structural integrity of professional medical insoles. The top layer is finished with a functional bio-printed fabric, combining aesthetic appeal with advanced anti-microbial and anti-friction properties. Specifically designed to provide a perfect balance of firm support and responsive cushioning for all-day wear.
  • Item Feature:

    High-Hardness EVA Compression Base: The bottom layer is crafted from specialized high-density EVA, designed to resist compression and maintain structural support even under heavy body weight. Internal Embedded TPU Support Plate: Unlike standard insoles, this model features a "hidden" TPU support shell embedded within the EVA layers. This provides rigid, semi-flexible arch support that effectively controls overpronation. Bio-Mechanical Arch Integrity: Anatomically shaped to realign the foot and ankle, alleviating stress on the plantar fascia and redistributing pressure across the entire sole. Functional Bio-Printing Top Layer: The surface features a high-performance "Biochemical" silk-screen print that reduces friction and heat build-up while providing a professional, tech-focused look. Deep Heel Cradle Technology: The robust heel cup stabilizes the rearfoot, protecting the heel from impact and ensuring the foot stays correctly positioned during the gait cycle. Honeycomb Anti-Slip Bottom Pattern: The underside is textured with a hexagonal grip pattern to prevent the insole from sliding inside the shoe, ensuring a secure and quiet fit. Moisture-Wicking & Odor Protection: The premium fabric surface is treated to inhibit the growth of odor-causing bacteria, keeping your shoes fresh during intense activity.
  • Item Usage:

    Medical & Orthopedic Support: Recommended for individuals suffering from plantar fasciitis, severe overpronation, flat feet, and fallen arches. Maximum Motion Control: Ideal for sports and activities that require lateral stability and high-impact protection. Occupational Comfort: Best suited for heavy-duty work boots and athletic footwear where long-term durability and firm support are essential. Weight Redistribution: Helps reduce pain in the knees, hips, and lower back by correcting bio-mechanical imbalances.
  • Item Pack:

    1 PAIR PER DELUXE BOX OR CUSTOMIZED RETAIL PACKAGING, 40-50 PAIRS PER EXPORT CARTON
  • Professional Grade Orthotic Support Insoles with Rigid EVA & Embedded TPU Chassis
    Professional Grade Orthotic Support Insoles with Rigid EVA & Embedded TPU Chassis
    Professional Grade Orthotic Support Insoles with Rigid EVA & Embedded TPU Chassis
    Professional Grade Orthotic Support Insoles with Rigid EVA & Embedded TPU Chassis
    Professional Grade Orthotic Support Insoles with Rigid EVA & Embedded TPU Chassis
    Professional Grade Orthotic Support Insoles with Rigid EVA & Embedded TPU Chassis