ANTI-ROTATION VACUUM CUP HOLDERS WITH BUILT-IN SPRING AND FEMALE CONNECTOR 3D drawings are available on vuototecnica.net Anti-rotation vacuum cup holders with built-in spring are aluminium components designed to ensure high performance in gripping and handling systems. The aluminium structure offers lightness and strength, while the anti-rotation system prevents unwanted rotation of the vacuum cup or attachment during operation, ensuring precision and stability. The spring embedded inside the body protects the elastic mechanism from impact, dirt and contaminants, ensuring a smooth and consistent response. The large inner passage cross-section allows for abundant vacuum flow, promoting rapid grip and release cycles even on large vacuum cups. The mounting adjustment is particularly wide thanks to the presence threaded bushing, which allows for precise positioning and adaptation to different distances and configurations. The plastic sliding bushings ensure smooth, quiet movement with reduced maintenance requirements, contributing to the long operating life of the device. Despite its advanced features, the vacuum cup holder has small overall dimensions, making it easy to integrate even in confined spaces or in applications where compact components are required. The system is equipped with two lock nuts, which ensure secure and stable fastening during mounting. The male | and female threaded connections allow for quick, easy connection to the system, adapting to different mechanical configurations. All these features make the vacuum cup holder ideal for use in robotics, Pick & Place systems, industrial automation and all applications where precision, reliability and ease of adjustment are required. Note: The vacuum cup holder's lifting force depends directly on the vacuum cup model applied to it. The vacuum cups are not integral parts of the cup holders and, therefore, must be ordered separately. Transformation ratio: N (newton) = Kg x 9.81 (force of gravity)

3D drawings are available on vuototecnica.net Note: The vacuum cup holder's lifting force depends directly on the vacuum cup model applied to it. The vacuum cups are not integral parts of the cup holders and, therefore, must be ordered separately. Transformation ratio: N (newton) = Kg x 9.81 (force of gravity)