Talk about slant bed CNC lathe machining process
Talk about slant bed CNC lathe machining process of the release date: 2019 - 08 - 09 author: click: generally speaking, the use of the slant bed CNC lathe environment there is no special requirements, can be the same as ordinary machine tools in the production workshop, but want to avoid direct sunlight and other heat radiation, avoid too damp or dust in too many places, especially to avoid the places where corrosive gas. Corrosive gas to make electronic components from corrosion metamorphism, or cause poor contact, or cause a short circuit between components. Affect the normal operation of the machine tool. Stay away from big vibration equipment, such as punching, forging equipment, etc. For high precision nc machine tools, and vibration control measures should be taken, Such as vibration ditch, etc. ) 。 CNC lathe auxiliary devices including CNC dividing head, automatic tool change device, hydraulic pressure system. , of course, as a qualified CNC operators can't forget their maintenance: CNC dividing head: CNC dividing head is the common use of the nc milling machine and machining center and other accessories, its role is in accordance with the instruction of CNC gear rotary indexing or continuous rotary feed movement, the numerical control machine can complete the processing accuracy, therefore, should pay attention to in the operation in strict accordance with the use of CNC dividing head specifications and operating rules for correct operation. CNC lathe custom to slant bed CNC lathe machining operations division: 1. Tool set points sequence method: is according to the classification process of the cutting tool used, with the same finish cutting tool machining parts on all the parts can be finished. With the first ErBaDao, third complete they can rest. Which can decrease The Times of change knife compression idle time, reduce unnecessary positioning error. 2. Machining parts in sequence method: content of many parts for processing, according to the characteristics of its structure, processing part is divided into several parts, such as the shape, shape, surface or plane, etc. General processing plane, positioning surface first, after processing hole; Simple geometric shapes, and then processing complex geometry; Low precision machining parts, and then higher parts machining accuracy requirements. 3. Rough and finish machining sequence method: easy happening for machining deformation of parts, due to the rough machining deformation may occur after the need for school, so in general every to be rough and finish machining of the separate process. In conclusion, in the classification process, depending on the structure and manufacturability of the parts, the function of the machine tool, nc machining parts how much content, installation of number and the unit production organization in mastering the condition. Other Suggestions based on the principle of process focus is based on the principle of procedure, according to the actual situation to determine, but tried to be reasonable.