The UMCD10 is a micro cylinder from the Eins brand, focusing on small-scale precision clamping functions and suitable for pneumatic control scenarios involving small-sized workpieces. Its specific functions and adaptation characteristics are as follows:

As a single-acting micro cylinder, its core function is to be specially adapted for clamping small molded parts. Under a working pressure of 0.49MPa, its output force can reach 39N, and it can also stably output power within the conventional working air pressure range of 0.3–0.5MPa. It can accurately and firmly clamp light and thin small workpieces such as small injection-molded parts and micro hardware components, meeting the positioning and fixing requirements of small workpieces in scenarios like precision machining and electronic assembly.

It can be matched with special adsorption fixtures (such as XL0010-105 and CP-063A), and an adsorption pad can be installed at the front end of the cylinder to expand the adsorption function. This combination can adapt to more light, thin and easily damaged small workpieces, avoiding workpiece damage caused by excessive clamping force, and is suitable for the pick-and-place operations of special small workpieces such as precision electronic components and micro plastic parts.

The cylinder is equipped with a cylinder rod anti-rotation structure, which can prevent the piston rod from rotating and deflecting during the telescopic transmission process, ensure the position accuracy during clamping or adsorption, avoid clamping misalignment of small workpieces due to piston rod deflection, and guarantee the accuracy of subsequent assembly, machining and other processes.

It has a small and compact size (27mm in width, 33mm in depth, 14mm in height), and is also equipped with 2 M3 mounting bolts and 3.5×5 mounting holes, facilitating installation in compact equipment or tooling spaces. At the same time, it is compatible with φ4mm connecting hoses and adopts M3 piping connection, which can be flexibly integrated into small pneumatic systems without occupying too much installation space, adapting to the pipeline layout needs of various micro equipment.