Shanghai Machine Tool Factory Co., Ltd. 

H377A High-Precision Composite Grinding Center

As a leading intelligent grinding equipment globally, this device deeply integrates core technologies from multiple fields—such as high-stability bed guideways, B-axis precision indexing positioning, and high-performance clamping drive systems. It is further equipped with a modular turret multi-grinder head and intelligent stability maintenance system. The machining accuracy includes: roundness of external circles at 0.0004mm, roundness of internal circles at 0.0005mm, and diameter consistency in longitudinal cross-section as low as 0.002mm. It can precisely machine critical spindles and key components, providing core machining support for end industries such as aerospace, humanoid robots, and new energy vehicles.

MK1632A CNC End-Face and Outside Diameter Grinding Machine

This grinding machine boasts excellent machining performance, particularly suitable for the outside diameter and end-face machining of disc-shaped and shaft-shaped workpieces. The grinder can complete automatic cycle operations for multi-stage outside diameter and end-face grinding with a single workpiece clamping. Whether in batch production or precision machining scenarios, it can stably produce high-quality workpieces, providing mechanical manufacturing enterprises with an efficient and reliable grinding solution.

Shanghai Jiao Tong University Zhibang Technology Co., Ltd.

Siyuan Smart Control - Industrial Mother Machine Intelligent Agent Alpha

Adopting a newly developed self-developed architecture, it enables multiple intelligent agents to collaborate, achieving independent thinking, decision-making, and execution throughout the entire processing lifecycle, including task planning, exploration of processing paths, and real-time reconstruction of the processing process. This provides customers with an end-to-end processing solution in an environment with 'zero process samples, zero human-machine interaction, and zero manual experience'.

This product innovatively constructs a world model of the processing process, real-time decomposing physical states such as material removal, geometric accuracy, cutting force, tool wear, and machining chatter. Through closed-loop learning between real-time sensor data and the world model, it achieves optimization of machine tool dynamic performance and adaptive processing. It realizes the world's first autonomous generation of processing paths with 'zero manual experience', completely摆脱ing the dependence of traditional CAM software on manual intervention. The overall technology of this product has reached an internationally leading level, making it a revolutionary achievement of the deep integration of artificial intelligence and high-end manufacturing.