Vision lets robots see the world; force-tactile sensing lets them truly touch it. FocusOneMicro, with MEMS force-tactile sensing technology at its core, maintains end-to-end independence—from chip design to complete-machine calibration—ensuring that every contact is accurately perceived.

Today’s robots can already ‘see’ (visual perception) and ‘understand’ (voice interaction), but one key step remains before they can truly ‘touch accurately.’

  Force-tactile sensing is a foundational capability for embodied robots entering the physical world, and it is also one of the current weak links in perception. What FocusOneMicro aims to do is close this gap—ensuring that every contact made by the new generation of embodied robots is accurately perceived.

01 Who We Are

FocusOneMicro (Shanghai) Technology Co., Ltd. is an R&D-driven high-tech enterprise focused on the R&D, production, and sales of MEMS force-tactile sensors. Guided by the philosophy of ‘mastering the technology and staying consistent,’ the company focuses on humanoid robots, intelligent equipment, and industrial automation, providing high-performance force-tactile sensing core technologies and comprehensive solutions.

Our products are now widely used in robotics, industrial manufacturing, aerospace, medical and healthcare, and intelligent equipment, providing force-sensing solutions to hundreds of customers worldwide.

02 From MEMS Chips to Complete-Machine Calibration: Full-Chain Independence

FocusOneMicro has built a complete business chain covering MEMS force-tactile sensor chip design, packaging, mass production, and market sales:

• MEMS silicon strain gauge design
• Glass micro-melting fabrication process
• Structural design and mechanical simulation
• Elastic body machining
• Complete-machine assembly and calibration

From prototype design to mass-production delivery, the entire process is fully independent and controllable. This means we can offer standardized high-precision MEMS force-tactile sensors as well as customized, differentiated sensing system integration solutions—covering robotic force feedback, industrial precision inspection, medical device force control, and consumer electronics touch applications.

03 Mass-Delivery Capability: Making ‘High Precision’ Production-Ready

• Batch packaging + automated calibration and testing: standardized processes reduce manual dependence and improve product consistency;
• Glass micro-melting process + automated bonding: especially suited to large-scale industrial mass production; the workload of later-stage calibration is significantly reduced, making it possible to lower sensor costs;
• Self-developed calibration equipment + proprietary multi-beam structure: combining high reliability with cost advantages, providing assurance for high-volume, consistent delivery.

High precision should not be a luxury confined to the laboratory. Our goal is to bring high-performance force-tactile sensors into every industry at a scalable cost.

04 Multi-Dimensional Product Matrix

• Miniature MEMS six-axis force/torque sensor— for fingertips of humanoid robot dexterous hands, robotic grippers, data-collection grippers, and sensor gloves
• Standard MEMS six-axis force/torque sensor— for inspection and measurement, motion control, robot teaching, and safety protection
• High-capacity MEMS six-axis force/torque sensor— for automotive manufacturing, heavy equipment, and aerospace testing
• MEMS torque / tension-compression force sensors— for robot rotary joints, linear actuators, electric cylinders, dexterous hands, and grippers

05 Technical Barriers and Industrial Ecosystem

• One of the very fewcompanies in China that masters both silicon strain gauge design and the glass micro-melting process;
• 8 invention patentsfiled;
• Established close partnerships with research institutions such as Fudan University, Harbin Institute of Technology, and Harbin Engineering University, continuously bringing in high-end technical talent;
• Actively involved in standard-settingand industry alliance building for force-tactile sensors.

Force-tactile sensing is a fundamental capability for robots to truly enter the physical world. Around this direction, we continue to invest in MEMS core devices, sensor structures, manufacturing processes, product R&D, and industrialization capability building.