Founded in 2004, JIZHI has focused on dynamic balancing for over 20 years. Headquartered in Hangzhou with a 50,000 m² superfactory, exporting to over 30 countries.
Hangzhou Jizhi Mechatronic Co., Ltd. (SZ: 300553) was established in June 2004, dedicated to the research, development, engineering design, manufacturing, and global sales of fully automatic dynamic balancing and precision straightening systems.
In October 2016, JIZHI successfully held its initial public offering (IPO) on the Shenzhen Stock Exchange ChiNext board. As China's leading dynamic balancing enterprise, JIZHI operates joint subsidiaries including Shanghai Hengwang, Hangzhou Hehui, and Hangzhou Yuju, establishing an interconnected industrial ecosystem across precision sensors, high-speed spin test pits, and customized automated production lines.
Balancing JIZHI, Balancing the World (集智平衡、平衡世界) — delivering zero-vibration rotary performance worldwide.
Customer-Centric, Striving as Foundation, Team Responsibility, Shared Gratitude, and Relentless Engineering Innovation.
Chronological evolution of JIZHI's proprietary balancing technology and industrial scale.
Hangzhou Jizhi Mechatronic founded in June 2004. In 2006, initiated fundamental R&D on automated rotor balancing. By January 2007, successfully produced China's breakthrough 2-station fully automated rotor dynamic balancer prototype.
Completed 4-station in-line balancing machine (2008) and 5-station continuous automated balancing line (2009). Successfully introduced specialized automatic balancing solutions for induction motors and automotive alternators.
Completed corporate joint-stock restructuring (2012). Led the drafting of National Standard JB/T 12679-2016. Successfully engineered Model I and Model P 5-station balancers, vertical balancers, brake disc balancers, and turbocharger high-speed spin rigs.
Listed on Shenzhen Stock Exchange ChiNext board in Oct 2016 (SZ: 300553). Relocated to modernized manufacturing headquarters in Hangzhou. Recognized as Provincial Enterprise Research Institute and National High-Tech Center.
JIZHI Testing Laboratory formally earned CNAS National Calibration Accreditation. Acquired Shanghai Hengwang to expand sensor precision. Launched 0.001mm automated shaft straighteners for ball screws and AI cooling pipes.
Delivered 20-ton hypergravity centrifuge to China's CHIEF facility. Exported EV traction motor lines, 5-station plants, and straighteners to Bosch, Valeo, Trico Mexico, Black & Decker USA/EU, and Samsung Korea.
Operating an integrated precision manufacturing cluster spanning ultra-high-speed spin testing, 0.001mm servo straightening, and turnkey robotic assembly lines.
Advanced R&D testing center dedicated to ultra-high-speed dynamic balancing pits (100,000 ~ 250,000 RPM) for aerospace turbines and defense rotating assemblies.
Pioneering 0.001mm CNC servo hydraulic straightening and specialized automated forming & de-twisting equipment for AI data center liquid cooling pipes.
Turnkey non-standard automated manufacturing equipment and continuous high-throughput robotic assembly lines for micro-motors and automotive Tier-1 components.
One-third of JIZHI's workforce is dedicated to R&D, headed by certified Senior Engineers with advanced degrees in mechatronics and vibration dynamics.
Principal drafter of National Standard JB/T 12679-2016. Head of high-speed Model I, EV motor balancers, clutch assembly lines, and turbocharger rigs. Winner of Zhejiang Science & Technology Progress 2nd Prize. Holds 4 invention patents.
Co-drafter of JB/T 12679-2016. Inventor of vibration-signal-based automatic tool-setting device and axial rotor positioning methods. Winner of Zhejiang Science & Technology Progress Award. Holds 4 invention patents and 7 design patents.
Architect of automotive clutch assembly riveting balancers, dual-mass flywheel resistance welding balancing lines, brake disc 2-station machines, and in-line wheel hub automatic balancing cells for global tier-1 automotive suppliers.
Specialized in high-speed rotor vibration telemetry, digital signal filter algorithms (DSP), 1 μm displacement calibration, and deep integration with Keyence high-frequency laser sensors and Mitsubishi servo controllers.
State-of-the-art cleanroom assembly bays, CNC precision machining centers, and CNAS calibration test cells.
Temperature-controlled assembly lines dedicated to EV traction motor balancing cells, aerospace spin pits, and 1 μm shaft straightening machines.
National accredited laboratory equipped with seismic foundation vibration isolation, standard calibration rotors, and master laser interferometers.
Every machine undergoes 72-hour continuous endurance testing, Cpk ≥ 1.67 statistical verification, and full electrical safety testing before export shipment.
Extending capabilities across precision sensing, vibration calibration, and specialized automated tooling.
Specialized in high-precision dynamic balancing sensors, piezoelectric transducers, portable vibration analyzers, and field balancing instrumentation.
Focuses on turnkey automated assembly lines, robotic material handling gantries, custom sorting mechanisms, and automated factory MES software integration.
Dedicated to high-speed spin pit control software, automated vision inspection modules, and advanced non-destructive dynamic testing solutions.
Upload your rotor CAD drawing or component specification. Our Zhejiang University senior engineering team will provide a 24-hour cycle-time simulation and turnkey proposal.