Industry pain points
– The hydraulic and pneumatic systems of automated production lines have extremely high requirements for fluid cleanliness, and tiny impurities can easily cause components such as cylinders and solenoid valves to become stuck or damaged;
– The production line has a high degree of integration, and the filters and valves need to be compatible with the automated control system, requiring fast response speed and high control accuracy;
– The interfaces and parameters of different automation devices vary significantly, necessitating customized adaptation to avoid device compatibility issues.
Core content of the solution
1. Precision Filter Components: We develop high-precision pneumatic and hydraulic filters with a filtration accuracy of up to 0.5μm. Utilizing efficient glass fiber and paper filter materials, they boast a large contaminant holding capacity and can effectively remove tiny impurities from hydraulic oil and compressed air, thereby protecting automation components. We also offer micro filters that are suitable for the compact spatial layouts of small automation equipment.
2. High-speed response valve: Produces pneumatic solenoid valves and electric ball valves with a response time of ≤10ms, high control accuracy, and the ability to achieve rapid on-off switching and flow regulation of fluids. Supports industrial communication protocols such as PROFINET and Modbus, seamlessly adapts to PLC and DCS automation control systems, and enables remote precise control.
3. Integrated customization service: Based on the process requirements of automated production lines, we integrate components such as filters, valves, sensors, and actuators to provide an integrated fluid control module, reducing on-site installation and debugging workload. We customize the design of interface forms and installation dimensions to ensure perfect compatibility with automation equipment from different brands.
4. High stability guarantee: The product has undergone rigorous life testing and environmental adaptability testing (high and low temperature, humidity, vibration), ensuring its stability under high-frequency operating conditions in automated production lines. It provides 24-hour technical support and responds quickly to equipment failure maintenance needs.
Solution Advantages
The failure rate of automation components has been reduced by 60%, the operational stability of the production line has been improved by 40%, and equipment maintenance costs have been saved by 30%. It fully meets the precision fluid control requirements of intelligent manufacturing and automated production lines, thereby enhancing production efficiency.
