Breaking Rigid Sensor Limits: Integrated Flexible Sensing Solutions for Full-Spectrum Bionic Equipment
2026-07-03
As frontier interdisciplinary products of robotics and biology, bionic robots rely on mechanical design, electronics, sensors and AI algorithms to deliver organism-like perception, decision-making and movement. Bionic intelligent equipment is rapidly expanding into three core sectors: medical care, industrial manufacturing and special operations. As the "electronic skin nerve" of bionic devices, flexible tactile sensing directly determines operational precision and environmental adaptability, making it an essential demand for industrial upgrading.
Traditional rigid sensors fall short across key industries: In medical wearables like prosthetics, braces and insoles, they cannot fit body curves and drift or fail when stretched. In precision manufacturing, single-point rigid sensors fail to map full-surface force, damaging delicate parts and slowing automation. For high-risk tasks such as radiation scanning, deep-sea survey and disaster rescue, standard sensors lack durability and stretchability, unable to deliver steady long-term pressure data and delaying robot substitution for hazardous labor.
Against such multi-scenario pain points, Suzhou Menhow has dedicated over a decade to flexible sensing technology. We independently developed flexible pressure sensor arrays and highly stretchable sensor products to resolve sensing bottlenecks for bionic equipment, delivering all-in-one flexible sensing solutions for the entire bionic device industry.
Equipped with an in-house Class 100,000 clean workshop and a full set of precision printing and die-cutting production lines, Menhow flexible sensors adopt high-ductility conductive ink composited film substrates, featuring four core strengths: high stretchability, high sensitivity, excellent bending resistance and sweat/moisture protection. The sensors can freely stretch and deform along human joints, robotic arm curved surfaces and robot housings, with stretch ratios tailored to dynamic deformation requirements of wearables and soft robots. High-density sensor arrays collect distributed full-area pressure and load data, output stable raw resistance signals, and support multiple communication protocols including I2C, SPI, BLE and USB. They can be directly connected to customers’ self-developed main control circuit boards without dedicated readout hardware.
The bionic equipment industry is now embracing a period of rapid growth, and flexible sensor technology serves as the core foundation for human-like interaction and adaptive operation of devices. Suzhou Menhow will keep upgrading its stretchable flexible sensors, FSR pressure sensor arrays and integrated In-Mold Electronics (IME) touch solutions. With domestically manufactured high-performance flexible sensor products, we help the medical rehabilitation, intelligent manufacturing and special robot sectors break through technical sensing barriers and accelerate the large-scale commercialization of all types of bionic intelligent equipment.