The technology of stainless steel piston rod has the advantages of high power to weight ratio, small volume during use, high frequency response during operation, good controllability of pressure and flow, flexible transmission of power, and easy linear motion. Pneumatic transmission has the advantages of no pollution, low cost, safety and reliability, simple structure, and is easy to combine with microelectronics and electrical technology to form an automatic control system.
The hydraulic starting technology of stainless steel piston rods is widely used in various sectors of the national economy. Its hydraulic starting technology faces competition with mechanical and electrical transmission. CNC machine tools and small and medium-sized plastic machines have adopted electric servo systems to replace or partially replace hydraulic transmission. The main reason is that hydraulic piston rod technology has disadvantages such as leakage and poor maintenance. At international exhibitions, there are many cylinders with various special-shaped cross-section cylinders and piston rods. These types of cylinders, due to the non rotation of the piston rod, can maintain a certain level of accuracy without the need for additional guidance installation when applied to the main engine.
The shape of stainless steel piston rods is no longer limited to circular but square, meter shaped or other shapes. Guiding grooves, sensor and switch device grooves are opened on the profiles, making it easier for users to use the devices. Multi functional and multifunctional. In order to cater to the needs of users, piston rods have developed various small pneumatic systems consisting of multiple pneumatic components and equipped with control installations to meet market demands. The component used for moving small items is composed of two cylinders with guides combined along the X-axis and Z-axis, respectively.
The component of stainless steel piston rod can carry a weight of 3kg, and can be effectively equipped with solenoid valves and programmable controllers during the manufacturing process. It has a compact structure, small space occupation, and adjustable stroke. Another example is the loading and unloading module, which has seven different functional module modes and can complete the loading and unloading operations on the precision assembly line. Different modules can be freely combined according to the job content.
The protective sleeve of the stainless steel piston rod cleverly combines the working principle of the oil cylinder, with exquisite and compact appearance and high precision.
