According to the characteristics of aluminum profiles, how can the processing manufacturer perform CNC machining best?

How to achieve the ultimate in aluminum alloy CNC machining? Because aluminum profiles are different from other metals, the texture of aluminum is relatively light and soft. In order to meet our diversified and high-quality requirements for aluminum shell products, it must be continuously improved in the whole process of processing. Based on many years of experience in CNC machining of aluminum alloys, the processing methods that should be considered are summarized.

​According to the characteristics of aluminum profiles, how do the processing manufacturers perform CNC machining best?

The precision parts and products of aluminum alloy profiles are favored by everyone for their lightness, beauty and other characteristics, and they are more and more common in industrial production and daily life. In recent years, with the development of science and technology and the development of the times, the market demand for diversified commodities has continued to increase. Therefore, the better the aluminum alloy CNC processing technology, the more popular it will be, the greater the market prospect and the higher the profit. CNC machining is one of the best processing methods for aluminum alloy casing products.

The technical requirement of CNC machining of aluminum alloys is that the automatic control system can be logically defined in the program flow specified by the control code or other marking commands, and encoded and decoded by the electronic computer for the movement and processing of the CNC lathe. The rough embryo is processed into semi-finished products by drilling.

CNC machine tool drilling is a precision drilling process for aluminum alloys, and the more effective drilling method is also the more commonly used drilling method. This product uses an alloy milling cutter with multi-directional drilling function, helical drilling tool radius compensation and contour drilling tool radius compensation. It is done with some special tools for the small eyelets.

The ball cage alloy milling cutter combined with the helical interpolation method can be used for continuous machining of tapered holes; the ball cage turning tool and the helical cutter radius compensation drill can be used for boring and rounding machining; semi-precision machining and precision machining of holes Parts machining; alloy milling cutters and helical interpolation can be used to machine a variety of threaded holes.

For internal and external holes of random specifications, if high-efficiency aluminum alloy precision parts can be machined, the tool radius compensation effect of CNC inserts can be applied. Especially when fast cutting is used, the load of each tooth is relatively small, so using the same carbide cutter and plated alloy milling cutter can complete fast and high-precision hole machining of various processing raw materials.

Grasping the aluminum alloy CNC processing technology and painting technology is important in the whole process of processing.

​According to the characteristics of aluminum profiles, how do the processing manufacturers perform CNC machining best?

With the appropriate drilling amount, the staff will select the amount of cutting applied according to the raw materials processed, strength, drilling conditions, raw material types, drilling depth, etc. This standard is necessary in order to better reasonably reduce equipment damage.

Choose the right tool. Generally speaking, when rough machining, it is best to use CNC inserts with high compressive strength and durability, so as to better meet the rough machining requirements.

Use effective lighting fixtures. In order to reduce many unnecessary precise positioning deviations, it should fully meet the requirements of CNC lathes, so it is best to use special fixtures to hold special tools.

Xinchuangmeng Precision proposes to formulate scientific and reasonable aluminum alloy CNC machining process lines. Try to reduce processing lines to reduce damage to equipment.