Introducing the advanced equipment for processing flange copper bushing

The following are some of the advanced equipment used for machining flanged copper bushing:

CNC Lathe

Working Principle: Through the computer digital control system to accurately control the movement and cutting action of the tool, the workpiece is processed according to the pre-set program. When processing flange copper bushing, the shape and size of the outer circle, inner circle, end face and flange part of the bushing can be precisely turned.

Scope of application: It is suitable for turning of flange copper bushing of various specifications and shapes, whether small, medium or large flange copper bushing, it can be efficiently and accurately processed on CNC lathe.

Machining Center

Working Principle: It integrates milling, drilling, boring and other machining functions, and can complete the machining of multiple processes in one clamping. The machining center has the function of multi-axis linkage, which can realize the processing of complex shapes, and it is very convenient for the processing of various kinds of holes, grooves, flat surfaces and other structures on the flange copper bushing.

Scope of application: It is especially suitable for the machining of flange bushings with complex shapes and high precision requirements, such as those with multiple mounting holes and shaped flanges.

Centrifugal Casting Machine

Working principle: inject liquid copper alloy into the high-speed rotating mold, under the action of centrifugal force, the liquid metal fills the mold cavity, and after solidification, it forms the blank of flange copper bushing. Centrifugal casting can make the distribution of copper alloy material more uniform and the organization more dense, which improves the mechanical properties and wear resistance of flange copper sleeve4.

Scope of application: It is suitable for the casting production of flange copper bushing of various materials, especially for the production of large flange copper bushing with obvious advantages.

EDM machine tool

Working Principle: Using the high temperature generated by the pulse discharge between the electrode and the workpiece, the workpiece material is locally melted and evaporated, so as to realize the processing of the workpiece. It can be used to process some special shapes of holes, grooves or complex contours in the processing of flange copper bushings.

Laser cutting machine

Working principle: Using high energy density laser beam to irradiate the workpiece, make the material melt and evaporate instantly, so as to realize the cutting of the workpiece. The laser cutting machine can accurately cut the shape and internal structure of flange copper bushings with high cutting accuracy and speed.

Precision Grinding Machine

Working principle: grinding processing of workpiece by grinding wheel, removing trace materials on the surface of the workpiece and improving the surface accuracy and dimensional accuracy of the workpiece. In flange copper bushing processing, it is mainly used for grinding the outer circle, inner circle and end face of copper bushing to achieve higher precision requirements.

Scope of application: It is suitable for occasions where the surface accuracy and dimensional accuracy of the flange copper bushings are required to be very high, such as high-precision sliding bearings, seals, and so on.