What are the development directions of five-axis turn-milling compound machining center?

Five-axis turn-milling compound machining center has a history of nearly 20 years, and its technology is mature, which has been accepted and recognized by users at home and abroad. From the trend, it mainly develops in the following directions:

1, higher process range.

By adding special functional modules, more process integration can be realized. For example, the functions of gear machining, internal and external grinding, deep hole machining, cavity machining, laser quenching and on-line measurement are integrated into the turning and milling center to truly complete the machining of all complex parts.

2. More efficient.

By configuring functions such as double power heads, double spindles and double tool holders, multi-tool simultaneous machining can be realized and machining efficiency can be improved.

3. Large-scale.

Due to the complex structure of large parts, there are many parts and processes to be processed, and the installation and positioning are time-consuming and laborious. One of the main advantages of turn-milling composite processing is that it reduces the time for parts to be reloaded, adjusted and clamped many times in multi-process and multi-process processing, so it is more advantageous to use turn-milling center for composite processing. Therefore, at present, the five-axis turning and milling compound machining center is developing towards large scale. For example, the HTM 125 series five-axis turning and milling center of Shenyang machine tool has a turning diameter of 1250mm and a processing length of 10000mm, which is very suitable for turning and milling crankshaft of large marine diesel engines.

4. The structure is modular, and the functions can be quickly reorganized.

The function of five-axis turning and milling center can be quickly reorganized, which is an important condition for it to quickly respond to market demand and seize the market, and the modular structure is the basis for the rapid reorganization of five-axis turning and milling center. Many products of some technologically advanced manufacturers have realized modular structural design, and are trying to study how to realize rapid functional reorganization.