CNC lathes can be divided into horizontal and vertical two categories.CNC vertical lathe and ordinary lathe, is also used to process the rotating surface of parts.Generally, it can automatically complete the machining of cylindrical surface, conical surface, spherical surface and thread, as well as some complex rotary surface, such as hyperboloid.Lathe and general lathe workpiece installation method is basically the same, in order to improve the efficiency of machining, CNC lathe using hydraulic, pneumatic and electric chuck.Shape and general lathe similar, namely by the bed, spindle box, tool holder, CNC vertical turning feed system pressure system, cooling and lubrication system and other parts.The feed system is qualitatively different from the general lathe, the traditional general lathe has the feed box and the exchange gear frame, and the numerical control vertical lathe is directly driven by the servo motor through the ball screw slide plate and the tool frame to achieve the feed movement, numerical control vertical lathe and thus the structure of the feed system is greatly simplified.CNC lathes vary in variety and specifications.
So CNC vertical lathe parts material are there?What kind of energy do these materials have?Many users who have used CNC vertical lathe are not very familiar with it.The following questions focus on the analysis of the following solutions:
1. The mechanical energy and process property of the parts material of CNC vertical lathe determine the type of wool embryo.For example, cast iron parts with forging blank, for important steel parts should be selected forgings, this is in order to obtain better mechanical energy.
2. The structural size of its parts is relatively large, the CNC vertical lathe parts with simple structure are often used to forge blank blank, the general use of forging complex structure, small parts can be used to die or pressure forging blank, should choose different forgings according to different requirements.
3.To make full use of new processes and materials so as to save materials and energy, we also need to consider the applications of precision forging, precision forging, powder metallurgy and cold rolling.This can greatly reduce the amount of machining, or even do not machining.
4. The blank should be determined before production, and the detailed production premise must be combined.For example, the actual level and capacity of the field blank manufacturing.