Web Menu

Product Search

Language

Share

Home / Products / Pneulead / Pneumatic Actuators / Standard Air Cylinder

Pneulead Standard Air Cylinder Wholesale

PRODUCT

Wholesale Pneulead Standard Air Cylinder Manufacturers

The standard cylinder is composed of a cylinder, end cap, piston, piston rod, and seal.  The standard cylinder is a cylindrical metal part that guides the piston to reciprocate in a straight line, converts the pressure energy of compressed air into mechanical energy, and drives the mechanism to reciprocate in a straight line, swing and rotate.  The working medium converts heat into mechanical energy through expansion in the engine's standard cylinder, and the gas is compressed by the piston in the compressor's standard cylinder to increase the pressure.  Standard cylinder applications: printing (tension control), semiconductor (spot welder, chip grinding), automation control, robotics, etc.  Standard cylinder generally supports a lifting valve and electromagnetic pulse valve using dust removal equipment. CS series square cylinder conforms to the ISO15552 standard. Built-in pull rod to improve the strength and load capacity of the cylinder; advanced modified polyurethane materials and used to improve the performance and wear resistance of cylinder seals. CY series meter type cylinder fits ISO 15552 standard, built-in pull rod, improves cylinder strength and load capacity.  Adopt advanced grease to ensure the service life of the cylinder. The piston of the double-acting cylinder can output force (push or pull) either forward or backward. Simple structure, travel can be selected according to need. CG series drawbar type cylinder advanced modified polyurethane materials and used to improve the performance and wear resistance of cylinder seals. It is compared with the same cylinder diameter cylinder, the CT series cylinder length is small. CE series cylinder length is small. CSLV  series locking cylinder can only be locked after the cylinder has stopped, and cannot brake the piston rod under dynamic conditions.  If used for control systems with safety requirements, additional measures are required. CTM series multi-position cylinder, the piston rod can realize the positioning of multiple positions in the whole moving process.

About Group

PNEUMATIC SYSTEM PROFESSIONAL SOLUTION

Ningbo Sono Manufacturing Co., Ltd. is China Standard Air Cylinder Manufacturers and Wholesale Pneulead Pneumatic Standard Air Cylinder Suppliers, which has a history of 25 years in pneumatic field. Our company has set up Zhejiang provincial research and development center and hired domestic and overseas engineers，we have powerful exploiting capacity, we produce six series of products as following: Air source treatment, Pneumatic control elements, Pneumatic act elements, Air press punch, Pipe fittings and Pneumatic tubes, electricty control cylinder. We have the ability to supply the whole set of pneumatic system. Adopting the international advanced technique and machine equipment, we have passed ISO9001:2015 and got CE, ROHS certifications. And developing actively the market of home and abroad and building a wide sales net and after-sale service system. Satisfactory service to customers.
Meanwhile, we won “National High and New Techno-logy Enterprises”, ” Technology Innovation Model Company” and so on. STNC brand has been Famous Brand in Zhejiang province, STNC products have been regarded as brand products in Zhejiang province, selling well all over the world.

Ningbo Sono Manufacturing Co., Ltd.
Ningbo Sono Manufacturing Co., Ltd.

News

Industry Knowledge Extension

Understand the basic knowledge and structure of standard cylinders

Standard air cylinders play an important role in the industrial field, and their construction and working principles are the basis of many industrial operations. A standard cylinder usually consists of a cylindrical cylinder barrel, piston and end cover. These parts are carefully designed and made of aluminum alloy, stainless steel or other strong alloy materials to withstand high-pressure environments and ensure durability.
A piston within the cylinder divides the cylinder into two separate chambers: the rod end and the cap end. Compressed air or liquid alternately flows into these chambers, pushing the piston to achieve precise linear motion. The coordinated cooperation between these components ensures the ability to control motion, making standard cylinders indispensable in many industrial applications.
For example, in automated manufacturing assembly lines, standard cylinders drive robotic arms to perform precision tasks such as precise welding, part handling or packaging. These cylinders ensure smooth movement and positioning of the robot arm, thus ensuring an efficient and smooth production process. In addition, in the aerospace field, standard cylinders play a vital role in controlling various mechanisms of aircraft landing gear, ensuring the safety and reliability of aircraft during takeoff and landing operations.
The design and engineering principles of standard cylinders are also used in other areas. For example, in the automobile manufacturing industry, these cylinders are crucial for controlling mechanisms such as braking systems, transmissions, and convertibles, and play an important role in improving the safety and driving experience of automobiles.
As basic components in industrial operations, standard cylinders play an important role in various industries. Its precise linear motion capability and adaptability to high-pressure environments make it an indispensable key component in industrial automation and machinery applications.

Applications Across Diverse Industries

The versatility and efficiency of standard air cylinders make them indispensable across a spectrum of industries. In the automotive sector, these cylinders contribute significantly to vehicle operation. They are integral to mechanisms controlling braking systems, gear shifts, and even convertible roof functions, emphasizing their role in enhancing safety and driving experience.
In agriculture, standard cylinders assist in various farm machinery applications. For instance, in combine harvesters, these cylinders enable controlled movements in the header and grain tank mechanisms, optimizing harvesting processes. Additionally, within the construction sector, these cylinders are pivotal in heavy machinery like excavators, ensuring precise control over the boom, arm, and bucket movements, thereby enhancing operational efficiency.
Consider the role of standard cylinders in the pharmaceutical industry, where they facilitate the precise movement of equipment in drug manufacturing processes. They are crucial in the operation of filling and sealing machines, ensuring accurate dosing and packaging of medications.

Advancements and Future Trends in Standard Cylinder Technology

Technological advancements continue to revolutionize standard cylinder capabilities. The integration of sensors and electronic controls has led to the development of smart cylinders capable of real-time monitoring and feedback mechanisms. These innovations contribute to predictive maintenance, reducing downtime and enhancing operational efficiency.
Advanced materials have played a significant role in improving standard cylinders. The introduction of composite materials has resulted in lighter yet durable components, contributing to increased performance and reduced energy consumption in industrial applications. Additionally, innovative sealing technologies have improved reliability, minimizing leakage and ensuring prolonged operational lifespans.
Looking ahead, the evolution of standard cylinders aligns with broader trends such as automation and Industry 4.0. Integration with IoT platforms and AI-driven systems will further enhance adaptability and efficiency. Smart cylinders capable of self-diagnosis and adaptive responses will become more prevalent, allowing for seamless integration into sophisticated manufacturing ecosystems.
Standard cylinders remain vital components in modern industrial operations due to their ability to provide precise linear motion across diverse applications. Technological advancements promise further enhancements in performance, efficiency, and adaptability, ensuring their sustained relevance in the evolving landscape of industrial automation and machinery.