
Structural design
Thin and compact: The most significant feature of the ultra-thin cylinder is its extremely low thickness, the compact design and optimized structure make its thickness greatly reduced, and the total length is only 1/2-1/3 of the general cylinder, which can adapt to the limited installation space.
Main components: including cylinder barrel, end cover, piston, piston rod, seal, etc. The inner diameter of the cylinder barrel determines the output force, and the inner surface roughness is up to Ra0.8μm, and materials such as steel pipes, high-strength aluminum alloys, brass or stainless steel are often used. There is an intake and exhaust channel and a buffer mechanism on the end cover, and the end cover on the side of the rod is provided with a sealing ring, a dustproof ring and a guide sleeve; The piston is equipped with a sealing ring and a wear-resistant ring, and the material is mostly aluminum alloy, cast iron or brass; The piston rod is generally made of high carbon steel with hard chrome plating, or stainless steel.
Product Features:
Reliable performance: Manufactured with high-quality materials with excellent wear and corrosion resistance, it can maintain stable operation in harsh working environments. At the same time, its compact design also reduces wobble and jitter, improving accuracy and stability.
High efficiency: The advanced seal and internal structure design are adopted to reduce gas leakage and energy loss, and improve the working efficiency of the cylinder. Its compact structure and lightweight design make it have a fast response time to meet the needs of fast motion control.
Easy to install: small size, flexible installation according to different needs, adapt to various narrow spaces and constraints, use the embedded installation method, do not need any accessories to save space. It also supports a variety of connection methods for easy connection and integration with other devices and systems.

FAQ
Q: Where is the "thin" of the ultra-thin cylinder? What are the advantages?
A: The axial size is shortened by 30%-50% compared with ordinary cylinders, saving installation space; Fast response speed, suitable for tight working conditions.
Q: How to maintain? How long does life expect in general?
A: Regularly check seals to avoid air leakage; The lifespan under normal use is about 100-3 million cycles.
Q: What are the disadvantages compared to a regular cylinder?
A: The stroke is short (usually < 100mm), and the anti-eccentric load ability is weak, which is not suitable for heavy loads or harsh environments.
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