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TECHNOLOGY

Engineering Impact Protection from the Inside Out. Our approach starts with material structure and extends through simulation, design, validation and manufacturing. The goal is to develop protection solutions suited to the demands of each application.

What is ESPRO®?

ESPRO® is an innovative polymer material engineered with a proprietary multi-phase structure for superior energy absorption and shock attenuation.
Upon impact, nearly all impact energy is dissipated, with around 90% converted into thermal energy. This mechanism reliably safeguards people and assets against damage, delivering durable, repeatable protection.
Core Features:

Technology Evolution: Three Generations of Material Technology

Microcellular Foamed Polyurethane

Lightweight base with basic impact cushioning

The first-generation material uses a microcellular foam structure. Its lightweight construction provides a foundation for basic impact cushioning and established the platform for polymer-based protection.

Thermoplastic TPE

Soft & skin-friendly, ideal for wearable fitting applications

Upgraded thermoplastic elastomer system with core advantage of soft and skin-friendly properties. Balanced toughness and processability maintain stable performance under repeated impacts, expanding applications for wearable and fitting scenarios.

Photocurable 3D Printing Material

Cutting-edge tech for precise, controllable energy absorption

Next-generation solution with cutting-edge technology. Powered by photocurable additive manufacturing, its multi-phase microstructure can be precisely tailored to achieve controllable energy absorption. Complex geometries are manufactured in one piece, enabling high-performance custom protection for premium use cases.

ESPRO® Design Capability Evolution

Empirical Design

Develop products based on field test experience

Phase

01

Product development built on extensive field test experience, to meet basic requirements of protective product realization.

Phase

02

Systematic Design Philosophy

Two core principles for protectors: sound structure & refined appearance

Established dedicated design principles for protective gear, balancing performance, manufacturability and user experience:
(1) Refined Structure & Complete Function
Structural design complies with certification requirements; production-friendly process; protective performance meets application demands; ergonomic design ensures comfortable wearing.
(2) Balanced Appearance & Clear Hierarchy
Aesthetic overall shape with refined and consistent surface texture, enhancing product quality and premium identity.

AI-Assisted CAE Simulation Design

Rapid iteration via AI simulation for balanced performance, weight and aesthetics

Phase

03

Powered by AI-driven CAE technology to break the limits of conventional design. It enables rapid impact simulation under multiple working conditions and iterative structural optimization, greatly shortening development cycles, and achieving an optimal balance among protection performance, weight and aesthetics.