


Leetx Servo Press System is a core solution in the high-end intelligent assembly field. It provides an integrated press-fitting monitoring system that enables full-process quality control through real-time acquisition of force, displacement, and other key data. The system features three major advantages: high precision (repeatability of displacement accuracy up to 0.01 mm), high responsiveness (control cycle of 250 μs), and high reliability (service life of up to 15 million cycles). Built on a fully self-developed, full-stack technology platform, it serves high-end manufacturing applications including new energy batteries, automotive components, and aerospace industries.

The Transducerized Tightening System is Leetx’s core product line. It adopts high-precision torque sensors and angle encoder technology to achieve closed-loop control, with a system 6σ torque accuracy of ±3% to ±5%. It is widely applied in critical assembly scenarios such as complete vehicle manufacturing, power batteries, motors, and electronic control systems. The product portfolio provides a complete solution, including controllers, tightening tools, multi-spindle systems, and accessories, helping improve production efficiency and ensure stable, high-quality assembly performance.

Leetx Automatic Screw Feeding System is designed to meet users’ pursuit of extreme performance standards, including high cycle time (1.5 seconds per screw), high reliability (jamming rate below 0.01%), and high durability (over 1 million feeding cycles). It satisfies a wide range of automated application scenarios, delivering screws from the hopper to the tightening position without manual intervention. The system enables fully automated screw feeding and tightening, significantly improving efficiency and process stability.







The newly developed industrial high-performance dexterous hand, combined with the original brain-like intelligent technology system, solves the problems of dexterous operation, cognitive navigation, flexible movement and autonomous decision-making of robots, and is suitable for the broad fields of scientific research, production and life, such as operational robots, laboratory automation, production line automation, dangerous environment operation, science and education platform, etc. 1. Industrial standard; high reliability, easy maintenance, easy customization; 2. Modular design, overcoming the problem of "one working condition requirement, one redesign"; 3. Fully independent design: It has completely independent intellectual property rights and can be made in China; 4. Complete ecosystem: rapidly promote automated and unmanned intelligent scenarios.

NEUROCEAN is a comprehensive brain-like research and acceleration platform designed for brain-inspired neural network modeling and simulation at whole-brain scale. The platform delivers hardware-optimized performance across CPUs, GPUs, and brain-like chips, ensuring efficient computation tailored to diverse architectural requirements. From research prototyping to commercial deployment, NEUROCEAN supports seamless integration across PCs, cloud infrastructure, and embedded systems—accelerating the development and real-world adoption of brain-inspired intelligence. Its end-to-end ecosystem spans theoretical foundations, advanced algorithms, large-scale neural simulation, and dedicated acceleration frameworks. Applications include robotic vision, auditory processing, autonomous decision-making, cognitive navigation, episodic memory, and motion planning & control.

