Debugging method and classification of Vertical Machining Center

Vertical Machining Center is a vertical CNC milling machine with a tool magazine. Does Vertical Machining Center experience a decrease in work efficiency when used for some time? At this time, we need to debug. Next, let's take a look at the debugging method and classification of Vertical Machining Center. Here are some answers.

Here is the content list:

• The debugging method of Vertical Machining Center.

• Classification of Vertical Machining Center.

The debugging method of Vertical Machining Center

First, add oil to the various lubrication points of the Vertical Machining Center, fill the hydraulic oil tank with the required hydraulic oil, and connect the air source. Second, power on the Vertical Machining Center, each component is supplied separately or after each component is energized for a test, then the power is fully supplied. Observe whether each component has an alarm, manually observe whether each component is normal, whether each safety device is working, and make each of the machine tools Links can be manipulated and moved. Third, after the initial operation of the Vertical Machining Center, roughly adjust the geometric accuracy of the machine tool, and adjust the relative position of the main moving parts and the host after disassembly. Align the tool magazine, manipulator, exchange table, position, etc. Once these tasks are completed, the anchor bolts of most engines and varied accessories are often crammed with quick-drying cement, and therefore the reserved holes for the anchor bolts in every space are often cramped flat. Fourth, prepare a variety of testing tools, such as precision level, standard square ruler, parallel square tube, etc.

Fifth, fine-tune the extent of the machine to form the geometric accuracy of the Vertical Machining Center to reach the allowable error vary. Using multi-point pad support, the bed can be leveled in a free state to ensure the stability of the bed after adjustment. Sixth, use the manual operation to adjust the position of the manipulator relative to the main shaft and use an adjustment mandrel. Once putting in a significant tool holder, multiple automatic exchanges of the tool magazine to the spindle position should be meted out to confirm the accuracy and no impact. Seventh, move the workbench of the Vertical Machining Center to the exchange position, adjust the relative position of the pallet station and the exchange workbench to achieve smooth automatic exchange of the workbench, and install a large load on the workbench for multiple exchanges. Eighth, check whether the setting parameters of the numerical control system and the programmable controller PLC device conform to the specified data in the random data, and then test the main operating functions, safety measures, and execution of common instructions.

Classification of Vertical Machining Center

First, according to the form of each axis guide rail of the Vertical Machining Center, it can be divided into the hard rail and linear rail. The laborious rail is appropriate for significant cutting, and therefore the linear rail movement is a lot of sense. Second, the spindle speed of Vertical Machining Center 6000-15000rpm may be a low-speed sort, and on top of 18000rpm may be a high-speed sort. Third, the bed structure of the Vertical Machining Center is often divided into C sort and frame sort.

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