The core of industrial intelligence lies in data interconnection and system collaboration. Ball screw electric cylinders must be deeply integrated into upper level systems such as automated control systems, digital twins, MES and ERP to realize a closed loop of sensing – control – decision – execution.

Lower Level Control Integration: Realizing Precise and Collaborative Motion

Integration with PLC / Motion Controllers

Ball screw electric cylinders are connected to the main production line control system via industrial fieldbuses, enabling synchronous motion of multiple cylinders and linkage with robots, conveyors and vision systems. Typical applications include coordinated operations such as robot gripping + screw electric cylinder positioning + vision inspection, completing complex intelligent processes.

Deep Integration with Servo Drive Systems

An integrated solution of servo motor + dedicated driver + ball screw electric cylinder is adopted. Motion algorithms such as S?curve acceleration/deceleration and feedforward control are optimized to improve response speed (≤1ms) and positioning accuracy, reduce motion impact, and adapt to high speed intelligent production lines.

Middle Level Data Integration: Opening the Link Between Sensing and Decision Making

Equipped with Sensor Clusters

Displacement, torque, pressure and temperature sensors are integrated into the ball screw electric cylinder to collect real time operating data including position, speed, thrust, load and temperature, providing underlying sensing support for intelligent decision making.

Connection to Edge Computing Nodes

Operating data of the ball screw electric cylinder is uploaded to an edge gateway for real time data cleaning, anomaly detection and trend analysis. Faults such as overload and overheating trigger rapid local responses including automatic shutdown, while data is simultaneously uploaded to the cloud.

Upper Level Platform Integration: Integration into the Digital Factory System

Connection to MES / ERP Systems

Production data (output, cycle time, pass rate), process parameters and operation & maintenance data of the ball screw electric cylinder are synchronized to MES, enabling automatic issuance of production plans, intelligent optimization of process parameters and real time traceability of production progress, supporting intelligent scheduling and quality control.

Access to Digital Twin Platforms

Based on real time operating data of the ball screw electric cylinder, a virtual motion model is built in the digital twin system, realizing production line motion simulation, process pre-commissioning and virtual fault troubleshooting. This reduces offline debugging costs and improves the deployment efficiency of intelligent production lines.