As a National High-Tech Enterprise and a “Specialised, Refined, Unique and New” (SRUN) enterprise, Andy Shangke focuses on the innovative application of materials in the robotics sector, centring on the rapid development of smart polymer nanomaterials and leveraging its three core strengths: ‘lightweight, impact-resistant and shock-absorbing’. Impact-resistant protective gear for robots: Combining ultra-high impact resistance with precise shock absorption and energy dissipation, this gear protects critical areas of industrial and humanoid robots, preventing damage to core components caused by collisions during operation or accidental falls; Lightweight robot components: With a material density far superior to that of traditional materials, these components achieve weight reduction without compromising protective performance, helping robots enhance their agility and operational endurance to meet the demands of high-frequency operations; Robot Test Drop Mats: Their robust cushioning properties efficiently absorb impact energy during testing, ensuring safety during robot R&D testing and performance calibration, whilst reducing test-related wear and tear and R&D costs. The material combines ease of moulding with bio-based, low-carbon, eco-friendly properties and biocompatibility. It can be customised to create complex structures as required, catering to the non-standard design needs of various robot types, whilst its eco-friendly attributes align with the industry’s sustainable development trends. The company holds over fifty core patents both domestically and internationally, with many years’ experience in supplying protective equipment for extreme sports, and is a long-standing, trusted partner to numerous international brands. Riding the wave of intelligent development in the robotics industry, the company empowers the entire process of robot R&D, production and testing with tailored material solutions, utilising cutting-edge technology to help the industry achieve safer and more efficient technological breakthroughs and real-world applications.
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