Product Advantages:
Compact design, minimalOneMillimeters less, morePlease provide the Chinese content to be translated.Millimeters, then more。
Versatile installation options, simplifying the structure of rotational motion, allowing for a more compact design.
This product can withstand high axial and radial loads.
Rotation Angle90"To360"Optional, catering to your diverse needs.
The balancing valve serves as a protective measure against excessive reverse load, preventing mechanical damage.
Products are meticulously crafted with zero internal leakage.
Balanced valves allow products to stop at a specific point in their travel.OneSecurely positioned and maintain torque.
The helical oscillating cylinder is currently a product with a high torque output per unit volume.
A swing hydraulic cylinder is a tightly assembled component that utilizes hydraulic power to generate a high torque in a minimal space. It features a compound helical gear structure, allowing the entire swing hydraulic cylinder to produce a greater torque within a smaller space. Despite the high power output, they can still be easily controlled. Swing hydraulic cylinders have been successfully applied in almost all fields requiring limited rotational movement and high torque.
A helical oscillating cylinder is a structure that, through the relative movement of the spiral pair, converts linear motion into rotational motion. It features a single...Spiral and double helix types.
For example, with the double helix structure:
Assuming the housingStationary. As hydraulic oil passes throughP2Oral force is applied to sleeve ③, piston sleeve③It will move axially to the right. Because the helical gears mesh with the piston sleeve.③With shaft②Simultaneous rotation. Axis.②The rotation will be clockwise as indicated by the arrow in the diagram. Please note the axis.②No axial movement, piston sleeve③Rotating while moving axially. Housing①Secured with the gear ring, no relative movement.
Assuming the housingStationary. When hydraulic oil passes throughP1The mouthpiece is applied to the piston sleeve ③.③The shaft will move to the left. Because the spiral gears mesh with the piston sleeve.③With shaft②Simultaneously rotating. shaft②The rotation will be counterclockwise as indicated by the arrow in the diagram. Please note the axis.②No axial movement, piston sleeve③Rotating while moving axially. Housing①Fixed with the tooth ring, no relative motion.
For detailed product specifications and technical requirements, please contact our company for confirmation!
