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Views: 145 Author: Site Editor Publish Time: 2022-10-20 Origin: Site
The process of the fourth industrial revolution is constantly changing the face of manufacturing, and the future of pneumatic technology is also being focused on. Statistics collected by the British Fluid Power Association show that the sales of pneumatic equipment in the past few years have actually increased to more than 1.1 billion pounds per year. Manufacturers of pneumatic systems and pneumatic products have played an extremely important role in innovation and adaptation to various industries. After years of research, Vilop has launched many pneumatic products compatible with components of different brands to improve the operating efficiency and performance of pneumatic actuators. At the same time, data processing tools for specific operating procedures are also becoming an important part of power equipment. Pneumatic drives, filters and solenoid valves are all important components in the system. For a simple example, a professional position sensor can clearly detect the specific position of the pneumatic actuator and the clear positioning of the magnetic piston in the cylinder, and then form an accurate data resolution for the system.
With the two-way flow of sensor information, the old pneumatic process is being transformed into an intelligent pneumatic system, and the data is communicated with a higher-level controller and distributed to the local network. Position sensors provide valuable technical support for some harsh industrial manufacturing environments, because they can achieve further system upgrades through some customized functions, and then create waterproof, impact-resistant and anti-corrosion effects for the manufacturing industry in these environments.
Nowadays, as the manufacturing industry continues to demand production equipment, pneumatic systems have begun to move towards a broader field. Because the robust characteristics of the cylinder make it able to withstand many extreme temperatures, pressures and extreme environments, the cylinder is increasingly becoming the first choice for such applications. At present, we have also made many improvements to the cylinder material. Stainless steel and aluminum materials have become the main raw materials for the cylinder, which helps to improve the quality of the overall product production, while reducing the cost of components such as pneumatic valves. One of the future development trends of pneumatic technology is the need to further improve the efficiency of the overall equipment. This requires us to focus on those aspects that can be improved.
Many critics of pneumatic systems in the past claimed that the cost of compressed air and the entire life cycle of pneumatic equipment are detrimental to its economic viability. Pneumatic manufacturers respond by developing best engineering practices and more efficient product designs to increase the efficiency of compressed air use. This means that the sports terminal can customize its parameters to suit any specific type of product, with programmable stroke length and cylinder stroke time.
With today's technological development, the customized service of pneumatic technology is becoming more and more high-end, the machine can be configured independently, and the equipment is furthermore widely used. By comparing the performance model of the equipment with the manufacturer’s own test data, the management team can predict the expected life of the equipment under actual operating conditions. If used properly, these data will completely change the way manufacturers operate and maintain pneumatic equipment, enabling continuous adjustment and fine-tuning based on detailed sensory feedback.
