Precision in Every Step, Excellence in Every Partnership.

At Aybroad, precision is more than a technical metric—it is our solemn commitment to our global partners. From initial consultations and precision mold development to scientific material selection and digitized production monitoring, we meticulously refine every stage of our collaborative process. We believe that only through absolute rigor in our operations can we deliver the exceptional product quality that earns the long-term trust of our clients.

Aybroad Precision Process and Partnership

Process

Demands Evaluation

Project Development

Order Confirmation

Production Quality

Global Delivery

After-Sales Service

Heel Spurs

I. Understanding Heel Spurs

A heel spur is a bony protrusion caused by calcium deposits that form when the plantar fascia or Achilles tendon pulls excessively on the heel bone (calcaneus) over time.

  • Common Symptoms:

    • Sharp Pain: Particularly when taking the first steps in the morning or standing up after a long period of sitting.

    • Localized Tenderness: A palpable hard lump or pain at the bottom or back of the heel.

    • Associated Inflammation: Often accompanied by plantar fasciitis or Achilles tendinitis.

 

II. Core Causes of Bone Spurs

  • Improper Gait: Abnormal walking patterns causing excessive localized pressure.

  • Inadequate Arch Support: Flat feet or high arches leading to tension concentration at the heel.

  • Poor Footwear: Long-term use of shoes with hard soles or lack of cushioning.

 

III. Aybroad: Neutralizing Pressure via Scientific Engineering

Aybroad's R&D methodology focuses on "pressure reduction" and "force neutralization" to alleviate pain.

  1. Targeted Relief: "Shock Absorption Cabin" Design By utilizing hollow-out decompression or Specialized GEL inserts, we create a soft environment for the spur, preventing direct impact with the shoe sole.

  2. Material Mechanics: E-TPU & PU Synergy We combine the high elasticity of E-TPU with the stability of PU to absorb ground reaction forces and reduce calcaneal load.

  3. Gait Correction: Data-Driven Arch Support Using biomechanical modeling, we design arch curves that redistribute pressure across the entire foot, reducing strain on the tendons.

  4. Rigorous Validation: Tested under ASTM D3574 standards to ensure the cushioning layer remains stable and effective over long-term use.