Guide Cylinders, MGP Series, Substitute for SMC

Core advantages

The core advantages of the FDS MGP series thin - type cylinder with guide rods are reflected in the following aspects:

• High rigidity & excellent anti - moment ability: The product adopts an internal guide rod design

which significantly enhances its ability to withstand lateral loads (refer to the SMC MGP series, the ability to withstand lateral loads is more than twice that of the original stop cylinder)

This means that in many working conditions, the load can be directly installed on the cylinder without additional guiding mechanisms or accessories, which simplifies the structure and improves the overall rigidity.

• High precision and non - rotation characteristics: Thanks to the design of the internal guide rod, high non - rotation accuracy of the rod is achieved (refer to the SMC MGQ series, with high non - rotation accuracy)

It ensures the linearity of motion and repeat positioning accuracy, and is very suitable for applications that require precise guidance.

• Compact structure and space - saving: It maintains the significant advantages of being thin, having a short axial dimension, and a compact structure

It can effectively save the installation space of the equipment, and is especially suitable for use in automated equipment with limited space layout.

• Flexible installation and bearing selection: It provides a variety of installation methods (such as fixing with screws from the bottom or side of the cylinder body) and a rich selection of installation accessories

According to the application, there are two types of guide rod bearings available, sliding bearings and ball bearings, to meet the requirements of different applications for accuracy, load, and speed.

• Good compatibility: The FDS MGP series strives to maintain a high degree of compatibility with SMC original products (such as the SMC MGP series) in terms of installation dimensions, interfaces, and functions

It is convenient for you to directly replace it without modifying the existing design.