MG Series Stainless Steel Mini Cylinders is a compact, durable pneumatic component designed for limited installation spaces and harsh industrial working environments. Different from ordinary aluminum alloy cylinders, this mini cylinder adopts high-quality stainless steel material as the main body, which effectively avoids rust, oxidation and wear during long-term use. It delivers outstanding corrosion resistance, water resistance and oil resistance, perfectly adapting to humid, dusty and chemical contact working scenarios.
This stainless steel mini cylinder features precise machining and tight sealing technology, ensuring smooth piston operation, low friction and stable output force. With high dimensional accuracy and good repeat positioning accuracy, it can maintain consistent working performance during frequent reciprocating movements, greatly reducing equipment failure rate and maintenance costs. Its mini lightweight structure saves installation space effectively, making it highly compatible with small automated machinery, packaging equipment, electronic assembly lines, medical devices and precision testing equipment.
We support conventional standard models and customized specifications including bore size, stroke length and mounting methods. All stainless steel mini cylinders undergo strict quality testing before delivery, with stable air tightness, long service life and reliable industrial-grade performance. Suitable for automated clamping, pushing, lifting and positioning actions, it is an ideal pneumatic accessory for small and medium automated production equipment.
| Certification: |
JIS |
| Place of Origin: |
China |
| Price: |
Negotiation |
| Payment Terms: |
T/T丨D/P丨Cash |
| Brand Name: |
CT |
| Model Number: |
MG Series |
| Delivery Time: |
within 1-30 working days after payment |
| Minimum order quantity: |
Negotiation |
MG Series Stainless Steel Mini Cylinders Product Features
- First of all, this stainless steel mini cylinder strictly follows JIS manufacturing standards. With standardized dimensional design and precise production processes, it boasts great versatility and interchangeability, perfectly matching most mainstream pneumatic automation equipment on the market.
- Furthermore, the piston is equipped with a customized special-shaped two-way sealing structure. Apart from its ultra-compact structural design that saves installation space, it also comes with an independent oil storage function. This design effectively lowers operating friction, ensures flexible piston movement, and maintains stable sealing performance during long-term continuous reciprocating work.
- In addition to excellent sealing performance, fixed anti-collision buffer pads are pre-installed on both the front and rear covers. These buffer structures can greatly offset the instantaneous impact force during cylinder commutation, reduce running vibration and noise, and effectively prolong the overall service life of the pneumatic cylinder.
- More importantly, we adopt a professional riveting and rolling encapsulation process to connect the front and rear covers with the stainless steel cylinder barrel. Compared with traditional connection methods, this integrated structure features higher overall rigidity, excellent pressure resistance and ultra-high connection stability, and will not loosen or deform even after long-term frequent cyclic operation.
- Meanwhile, the cylinder body adopts high-precision seamless stainless steel pipe as the core material. Benefiting from fine machining technology, the barrel features high structural strength, remarkable wear resistance and strong anti-corrosion capability. It can stably adapt to various harsh working scenarios such as humidity, dust and weak corrosive environments without rusting or structural failure.
- Finally, to meet diverse application scenarios and installation requirements. Users can freely match corresponding accessories according to different equipment layouts and installation modes, greatly improving the flexibility and applicability of the cylinder in actual industrial production.