Compact Cylinder (ADVU series, ISO 6431 Standard)

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ADVU Series Compact Cylinder (ISO 6431 Standard)

 

Key Features:

 

  1. Sleek and compact design to save space in your system

  2. Proximity sensor is integrated flush within the groove, offering protection against mechanical damage

  3. Extra buffer ring at the end cap absorbs residual energy during high-speed operation and repetitive cycles

  4. Excellent alternative for FESTO similar models.


Compact Cylinder (ADVU series, ISO 6431 Standard)
Compact Cylinder (ADVU series, ISO 6431 Standard)
Note: ADVU series cylinders with a 100mm bore are currently in development and not available at this time.

 

Other Compact and Thin Cylinders Are Also Available:

 

SDA Series Thin Cylinder

CQ2 Series Compact Cylinder

 

We also offer a wide range of other pneumatic cylinders including:

 

1. ISO Standard Cylinders: DNC (ISO 6431 & VDMA 24562), DNG (ISO 15552), SI (ISO 6431), MA (ISO 6432)

 

2. Standard Cylinders: SC/SU, MB, CA1

 

3. Mini Cylinders: MA, MAL, CJ2, CM2, CJP

 

4. Double Shaft Cylinders: TN, CXS

 

5. Free Installation Cylinders: CU

 

6. Slide Bearing Cylinders: STM

 

7. Three-Shaft Cylinders: MGP

 

8. Stopper Cylinders: RSQ

 

9. Clamp Cylinders: XCK

 

10. Rotary Cylinders: MSQ

 

11. Rodless Cylinders: CY1

 

12. Air Grippers: XHZ2/XHC2, XHL2, XHT2

 

For more information or detailed specifications, feel free to contact us or visit our website.

 

If you need custom or non-standard products designed, don’t hesitate to reach out to us.

 

XCPC – Your Trusted Partner in Pneumatics!

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Titanium forging is a manufacturing process that involves shaping titanium or titanium alloys using compressive forces to achieve desired shapes and properties. It is a widely used technique in industries where high strength, lightweight materials are required, such as aerospace, automotive, and medical.


During the titanium forging process, a solid billet or ingot of titanium is heated to a specific temperature to increase its malleability. It is then placed between two dies and subjected to compressive forces through mechanical or hydraulic presses. The application of pressure causes the titanium to deform and take on the shape of the dies, resulting in a forged part with improved mechanical properties.


One of the key advantages of titanium forging is the enhanced strength of the final product. The forging process aligns the grain structure of the titanium, resulting in a more uniform and refined microstructure. This leads to improved mechanical properties, including higher tensile and yield strength, as well as increased fatigue resistance.


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