1、 Mechanical Design and Manufacturing Technology (Basic Core) As the 'skeleton' of the device, it is the foundation for achieving customized processes. We need to design exclusive mechanical structures (such as non-standard fixtures, conveying mechanisms, and actuating components) based on customer production needs, product characteristics, and site limitations. At the same time, we need to combine precision machining technology to ensure the accuracy and stability of mechanical components, and adapt to multiple varieties, small batch production, and complex processes (such as aerospace special-shaped parts processing, power battery precision assembly). 2、 Electrical Control Technology (Core Center) The automation operation of the leading equipment includes: PLC (Programmable Logic Controller) control: the "brain" of non-standard equipment, which can be programmed with dedicated programs to achieve process linkage, precise action control, and flexible adjustment to adapt to different processes; Electrical circuit design: Integrate components such as contactors, relays, and frequency converters to build a stable electrical control system, ensuring 24-hour uninterrupted safe operation of equipment. 3、 Sensing and Detection Technology (Perception Core) Realize "autonomous perception" of devices, support precise operation and quality control: Various sensor applications: such as position sensors, pressure sensors, temperature sensors, real-time collection of equipment operating status, product size, process parameters and other data, feedback to the control system; Machine vision inspection technology: Integrated with AI algorithms, it can achieve product defect detection, precise size comparison, material positioning, etc., improve detection efficiency and accuracy, and is widely used in precision inspection scenarios in industries such as electronics and healthcare. 4、 Robotics and Motion Control Technology (Execution Core) Responsible for precise operation of equipment, breaking through the limitations of manual operation: Specialized robot integration: such as welding robots, multi axis robotic arms, customized motion trajectories according to process requirements, achieving automation and precision in welding, assembly, filling and other processes; Motion control technology: controls the speed, position, and force of executing components of equipment (such as robotic arms and conveyor lines) to ensure stability and consistency in complex processes (such as micro component assembly and extreme welding conditions). 5、 Industrial Network and Communication Technology (Linkage Core) Supporting the collaborative operation of equipment with existing production lines and other devices: Industrial network construction: integrate industrial Ethernet and IoT modules to achieve data exchange and interface docking between devices; Remote operation and maintenance communication: Some high-end devices integrate related technologies, which can achieve remote monitoring, program debugging, and fault warning, reducing the difficulty of later maintenance. 6、 Intelligent integration technology (high-end upgrade core) Promoting the upgrading of devices towards intelligence and efficiency, mainly including: Industrial Internet of Things (IIoT) integration: Real time collection of device operation data to achieve visualization of production processes and intelligent operation and maintenance; AI algorithm fusion: combining machine vision and data analysis to achieve equipment adaptive adjustment, automatic defect recognition, process parameter optimization, further improving production efficiency and product yield rate; Modular integration technology: adopting an open architecture, supporting multi brand hardware collaborative work, enhancing device flexibility and scalability, and reducing post renovation costs.
It is the largest industrial equipment installation, commissioning, and after-sales service organization in China, and a benchmark enterprise in the intelligent manufacturing industry that integrates industry and education.
