At UKL Bearing Manufacturing Co., Ltd., innovation is not a slogan — it is the foundation of every rotation, every bearing, and every engineering decision we make.
Our mission is to continually redefine precision through technological progress, digital transformation, and material advancement.
From cross roller bearings for robotic joints to angular contact bearings for CNC systems, every UKL product embodies our relentless pursuit of accuracy, stability, and reliability.
UKL has established an independent R&D center in Wuxi, equipped with advanced simulation, testing, and inspection systems.
Our research ecosystem integrates product design, tribology research, process engineering, and automation control — ensuring that innovation flows seamlessly from concept to production.
Through partnerships with domestic universities and engineering institutes, we continuously introduce new analysis tools and predictive models to improve bearing life, noise control, and load efficiency.
UKL’s production facilities are equipped with fully automated forging, turning, grinding, and assembly lines.
Each bearing component undergoes strict process control, from heat treatment curve management to surface roughness inspection.
We implement SPC (Statistical Process Control) and MES (Manufacturing Execution Systems) to achieve real-time process traceability and zero-defect manufacturing.
UKL embraces the principles of Industry 4.0 to transform traditional manufacturing into intelligent production.
Our digital factory integrates data analytics, machine vision, and AI-based quality monitoring systems.
By leveraging sensor networks and predictive maintenance algorithms, we ensure stable performance and early fault detection.
The performance of a bearing starts with its material.
UKL continuously develops and tests advanced steels and surface treatments to enhance fatigue resistance, temperature stability, and lubrication retention.
Our in-house tribology team studies contact stress, micro-surface wear, and lubricant behavior to optimize performance in high-speed and high-load conditions.