The general lathe is to the tool 20, and the general lathe is to the tool

Directly use the tool to test the knife to the tool.

1.Test drive an outer garden with an outer garden turning tool, remember the current x coordinates, measure the diameter of the outer garden, subtract the outer garden diameter with the x coordinates, and enter the value into the geometric shape x value of the offset interface.

2.Use the outer garden turning tool to test the end face of the outer garden, remember the current z coordinates, and enter the geometric shape z value of the offset interface.

Use the G50 to set the workpiece zero point.

1.Test run an outer garden with an outer garden turning tool, measure the diameter of the outer garden, retreat the knife along the positive direction of the z-axis, and cut the end face to the center.

2.Select MDI mode, enter G50 X0 Z0, enable the Start button, and set the current point to zero.

3.Select the MDI mode, enter G0 X150 Z150, and make the tool leave the workpiece for machining.

4.At this time, the program begins: G50 X150 Z150 ......

5.Note: With G50 X150 Z150, your starting point and end point must be the same, i.e. X150 Z150, so as to ensure that the repeated processing is not messy.

6.If the second reference point g30 is used, it can ensure that the repeated machining is not messy, and the program starts with g30 u0 w0 g50 x150 z150

7.In the FANUC system, the position of the second reference point is set in the parameters, in the SSCNC software, press the right mouse button to appear the dialog box, press the left mouse button to confirm.

Set the workpiece zero point with the workpiece shift.

1.In the offset of the FANUC0-TD system, there is a workpiece shift interface where the zero offset value can be entered.

2.Use the outer garden turning tool to try to cut the end face of the workpiece first, and then the position of the z coordinate, such as: z200, is directly entered into the offset value.

3.Select the "ref" back reference point mode, press the x and z axis back to the reference point, and then the zero coordinate system of the workpiece will be established.

4.Note: This zero point is always maintained and will only be cleared if the offset value z0 is set from the new setting.

Can you go into more detail, is it threading or what's the problem?

Generally, when the center, the cutter or eating knife should be slightly higher.

2. How to set the tool on the CNC lathe?

Tool setting tool turning tool needs to use tool setting instrument, here is a brief introduction to the steps of tool setting tool: 1Install and adjust the tool setterInstall the tool setter on the lathe spindle or tool holder, and fix it with screws.

Insert the tip or tip into the T-slot of the tool setter, and then adjust the indicator scale on the tool setter so that it is close to the hitter bar at the bottom of the lathe tool holder. 2.Insert the turning tool into the turning tool holder and close to the collision barThe turning tool to be set is inserted into the turning tool holder and close to the collision bar, and keep it perpendicular to the working face of the lathe.

The tip of the turning tool is approximately 1-2 mm from the striker bar to allow for fine adjustment of the head at the back. 3.Adjust the tool setter to the same tool height, place the indicator scale on the tool setter, and move the tool setter to the tip of the tool.

Then adjust the indicator scale on the tool setter so that it coincides with the tip of the turning tool. 4.Finely adjust and fix the lower collider lever so that the tip of the turning tool touches its center rod to stop this beat, and then move the turning tool holder to adjust the position of the turning tool tip to coincide with the indicator scale of the tool setter.

Finally, tighten the tool holder and reposition the crash bar. By completing the coarse adjustment and fine adjustment of the tool turning tool through the above steps, the cutting process of the lathe can be made more accurate and efficient.

Dear, hello, I am happy to provide you with an answer, lathe tool is an important part of the turning process, it is the key to ensure the accuracy of the workpiece. The following is the tool setting method of the lathe tool setting Z side fine rough turning tool: 1

Coarse tool setting: Insert the turning tool holder into the tool holder first, and put the tool holder against the tool holder. Start the lathe spindle, align the tool holder with the workpiece, press down gently, adjust the height of the tool holder, so that the contact between the turning tool holder and the workpiece is not excessively pressed, and at the same time, it is necessary to ensure that the turning tool holder is perpendicular to the workpiece and does not have an inclination.

Then by adjusting the height of the tool holder, let the turning tool bar cut the workpiece, and adjust the height of the tool holder so that the height of the turning tool holder is equal to the diameter of the workpiece. 2.Fine-to-knife:

Remove the turning tool holder, replace it with a precision turning tool, and set the tool according to the above method. At the same time, the handwheel can be moved in the Z direction to adjust the position of the turning tool holder, so that the cutting point of the turning tool holder is in the center of the diameter of the workpiece. 3.

Adjust the inclination angle of the tool: By adjusting the angle of the tool holder, the cutting angle of the turning tool holder is consistent with the angle that the workpiece needs to be machined. 4.

Adjust the height of the tool before and after: By adjusting the height of the tool holder, the cutting edge is kept at a certain height on the diameter of the workpiece. When carrying out lathe tool setting, it should be noted that the tool should be set coarsely first and then finely set the tool, and do not let the turning tool bar be pressed down excessively, so as not to make the tool setting inaccurate and lead to poor processing quality.

At the same time, it is also necessary to follow the relevant safety operating procedures to ensure the safety of the tool setting and turning process.