Our Focus

From Research to Real-World Impact

Mechanical Strength Testing

To guarantee long-lasting performance, every insole undergoes mechanical strength testing. Using advanced equipment from GOTECH, we measure critical factors such as:

  • Compression and rebound resilience.
  • Flexibility and tensile strength.
  • Resistance to long-term wear and repeated stress.

These precise tests ensure our insoles can withstand daily use while maintaining comfort, stability, and durability for end users.

3D Printing & Rapid Prototyping

Innovation starts with fast and precise prototyping. Using advanced 3D printing technology, we create detailed insole prototypes that allow us to:

  • Validate new designs and geometries in real time.
  • Test different structures for comfort, flexibility, and support.
  • Accelerate the R&D cycle while reducing material waste.

This rapid prototyping capability gives our partners the advantage of faster development, better customization, and optimized performance before full-scale production.

Chemical & Material Analysis

Behind every high-performance insole is a foundation of safe and reliable materials. In our laboratory, we perform chemical and material analysis to verify that all raw materials meet international safety and compliance standards such as REACH and RoHS.

Through precise laboratory testing, we:

  • Check for harmful substances to ensure user safety.
  • Evaluate the chemical stability of adhesives, foams, and coatings.
  • Maintain strict compliance with global environmental and safety regulations.

This process guarantees that our insoles are not only high-performing but also safe, sustainable, and trusted worldwide.

Environmental Durability Testing

To ensure insoles can withstand diverse real-world conditions, we conduct environmental durability tests in our laboratory. Using advanced equipment, insoles are exposed to controlled levels of heat, cold, and humidity to simulate long-term wear.

This process allows us to:

  • Assess material stability under extreme temperatures.
  • Test the bonding strength between different layers of the insole.
  • Guarantee product performance in various climates around the world.

By replicating real-life conditions in a controlled lab setting, we ensure every insole maintains its comfort, resilience, and safety, whether worn in tropical heat, cold winters, or high-performance sports environments.