Screw bearing is a commonly used component in mechanical transmission. It can convert rotational motion into linear motion and is widely used in various mechanical equipment. In practical applications, the assembly method of screw bearings has an important impact on the performance and life of mechanical equipment.

Fixed combination assembly

Fixed combination assembly refers to an assembly method that fixes the screw bearing in mechanical equipment. This assembly method is suitable for mechanical equipment that requires fixed screw bearings, such as CNC machine tools, automated production lines, etc. What needs to be noted for fixed combination assembly is that the fixed position and angle of the screw bearing should be consistent with the design requirements of the mechanical equipment to ensure the accuracy and stability of the mechanical equipment.

Floating combination assembly

Floating combined assembly refers to an assembly method in which screw bearings are installed in mechanical equipment. This assembly method is suitable for mechanical equipment that requires the screw bearing to float freely, such as lifts, cranes, etc. What needs to be noted in floating combined assembly is that the floating range and floating angle of the screw bearing should be consistent with the design requirements of the mechanical equipment to ensure the safety and stability of the mechanical equipment.

Connected combined assembly

Connected combined assembly refers to an assembly method that connects screw bearings to mechanical equipment through couplings. This assembly method is suitable for mechanical equipment that requires screw bearings to be freely connected, such as rotating platforms, turntables, etc. What needs to be noted in the connected combined assembly is that the design and selection of the connecting parts should be consistent with the model and specifications of the screw bearing to ensure the stability and reliability of the mechanical equipment.