News

As an enterprise with 23 years of in-depth dedication to rubber and LSR products and membrane switches, Suzhou Menhow successfully held the 2026 Employee Skill Competition organized by the company's trade union on April 29th. Focusing on on-the-job practical operations and skill improvement, employees from the Electronic Division and Silicone Division participated in skill competitions respectively, demonstrating solid professional skills and a positive spiritual outlook.

As the draft outline of the 15th Five-Year Plan clearly lists brain-computer interfaces (including consumer-grade EEG) as a key future industry for national forward-looking layout, supported by implemented policies jointly issued by seven authorities including the Ministry of Industry and Information Technology and the green channel approval launched by the National Medical Products Administration, China’s consumer-grade wearable EEG industry has fully entered a period of concentrated policy dividends, ushering in a new stage of standardized and large-scale development.

On 21 April 2026, the Menhow Engineering Team of Suzhou Menhow specializing in silicone rubber products、rubber plastic parts and electronic skin visited Chinaplas 2026 in Shanghai to gain first-hand insight into the latest developments in materials, manufacturing technologies, and industrial innovation. As one of the leading exhibitions in the plastics and rubber industry, Chinaplas provided an excellent opportunity for our team to observe emerging trends and evaluate technologies with potential relevance to Menhow’s future development.

As China enters a deeply aging society, home and institutional elderly care is undergoing a comprehensive upgrade from "basic care" to "intelligent, precise, and preventive care". Among them, smart multi-functional care mattresses, as core products addressing the needs of pressure sore prevention, fall risk monitoring, and health tracking for disabled and semi-disabled elderly, have become a must-have product in the elderly care industry. This also opens up a broad application market for Suzhou Menhow Electronics’ FSR flexible pressure sensor technology.

Suzhou Menhow has recently obtained the national utility patent authorization for its self-developed innovative duckbill valve structure, as publicly disclosed by the China National Intellectual Property Administration (CNIPA). With an innovative rib-sealing design, the patent effectively addresses the long-standing industry pain point of leakage in conventional duckbill valves under low-pressure or reverse-flow conditions, marking another addition to the company’s core competitiveness in fluid control and sealing technology.

Suzhou is accelerating the construction of a global innovation highland for embodied intelligent robots, with "AI + Intelligent Manufacturing" as its core engine. As a top-tier city in China’s robot industry, it covers a full range of products from industrial robotic arms and collaborative robots to service robots and humanoid robots, as well as core components, complete machine integration and scenario-based applications. Suzhou has thus formed a mature closed-loop industrial ecosystem, fostering a development pattern of "leading enterprises guiding, medium and small enterprises supporting, and clusters coexisting".

Recently, a new generation of dynamic ergonomic chair, integrating cutting-edge ergonomics and intelligent dynamic adaptive adjustment technology, has been officially launched. With core advantages of active adaptation, dynamic support and full-range spine protection, the product breaks through the limitations of the fixed structure of traditional chairs, bringing a disruptive comfort and health experience to people who sit for long periods.

Recently, Suzhou Menhow has officially passed the 2026 Corporate Social Responsibility (CSR) supplier audit conducted by Philips, the world-renowned medical technology group. The audit covered five core dimensions: environmental management, labor rights and interests, business ethics, supply chain responsibility, and sustainable development practices, comprehensively evaluating the Company’s management system and practical performance in the ESG field.

A revolutionary breakthrough has been made in automotive seat comfort systems. The technology pioneers a dual mode of "real-time temperature & humidity perception + AI short-term prediction", which can accurately capture the occupant's physical sensation, anticipate needs in advance, and dynamically adjust seat ventilation and heating parameters steplessly. This marks that the smart cockpit has officially moved from "passive response" to a new era of "active prediction" for effortless comfort.