Diligent and profound in study
single-minded in purpose.
Focusone Micro (Shanghai) Technology Co., Ltd. is a R&D driven high tech enterprise specializing in MEMS force sensor R&D, production and sales. Guided by “Excellence in Technology, Persistence in Focus”, we provide high performance force sensing core technologies and total solutions for intelligent equipment and industrial automation.
With deep industry expertise and continuous technological breakthroughs, we have become a leading innovator in China’s MEMS force sensor industry. Our products serve global customers in industrial manufacturing, aerospace, medical care and intelligent equipment.
We have built a full chain system covering chip design, core device development, mass production and marketing, achieving full independent control from design to delivery.
We offer both standardized high precision MEMS force sensors and customized sensing solutions, widely used in robotic force feedback, industrial precision inspection, medical force control and consumer electronics touch control.
- Vision
Focus on force sensing technology, to become a world-class force sensor company.
- Mission
Deliver high-precision, reliable, cost-effective force sensors to drive humanoid robots into real-world applications.
- Philosophy
Using Technology to Change the World
Our Team
- Elite Team
We have an elite team with cutting-edge technical vision, rich industrial experience and global operational capabilities. Core members are from top domestic universities and leading enterprises.
- Core Competencies
With cutting-edge R&D, efficient market development, international standardized operations and global strategic vision, the team has formed unique core advantages in technology and market layout.
- Over 20 years of experience
Core members average over 20 years of industry experience, with deep cross-domain integration and collaborative advantages.
- Technological Innovation
The team integrates cutting-edge research and innovation, realizing full-stack independent development and rapid product iteration.
