Jig Cylinder CDA Series

double performance

●The cylinder diameter is Φ6~100 thin body and short body, which completely saves space.

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Extrusion single acting

●Cylinder diameter Φ6-50 single-acting type, built-in return spring. A thin body with a short body and a thorough pursuit of space saving.

單作用回縮型

●氣缸直徑Φ6-50單作用型，內置復位彈簧。身體短的薄身體，徹底追求節省空間。

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雙桿雙作用

●氣缸直徑Φ6至100氣缸，活塞兩側帶活塞桿。身體短的薄身體，徹底追求節省空間。

Single acting retractable

●氣缸直徑Φ12~50A氣缸，活塞兩側帶活塞桿。身體短的薄身體，徹底追求節省空間。

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非旋轉雙作用

●氣缸直徑Φ6~10一個帶有短筒的薄體，在主體上配有無旋轉導軌，徹底追求小直徑氣缸，節省總空間。

方桿雙作用

●The cylinder diameter is Φ12~50A cylinder, with piston rods on both sides of the piston. A thin body with a short body and a thorough pursuit of space saving.

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Multiple double acting

●The cylinder diameter is Φ12~100. Two stop positions can be set by connecting two cylinders in series. A thin body with a short body and a thorough pursuit of space saving.

Multiple extrusion single acting

●Cylinder diameter Φ12~50 can set two stop positions by connecting two cylinders in series. A thin body with a short body and a thorough pursuit of space saving.

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Double stroke double acting

●Cylinder diameter Φ12~100 Two operating strokes can be achieved by assembling two cylinders back to back. Thorough pursuit of space saving.

Double stroke single acting extrusion

●Cylinder diameter Φ12~50 By assembling two cylinders back to back, two working strokes can be realized. Thorough pursuit of space saving.

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Double stroke retract single acting

●Cylinder diameter Φ12~50 By assembling two cylinders back to back, two working strokes can be realized. Thorough pursuit of space saving.

side load double acting

●The cylinder diameter is Φ12~100A, which has better lateral load resistance. A thin body with a short body and a thorough pursuit of space saving.

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Long stroke double acting

●The cylinder diameter is Φ12~100 thin body and short body, which completely saves space.

end hold double performance

●Cylinder diameter Φ16 to 63 is equipped with a mechanical locking mechanism in the cylinder at the end of the stroke, so that it will not drop due to its own weight when the pressure is exhausted.

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