The row-type CNC lathe, as the name suggests, is a lathe used for tool setting. In the CNC lathe processing process, the tool plays an important role in the processing effect of the workpiece, so tool setting is a very critical step. Tool setting accuracy is not high, which may lead to problems such as size errors and poor surface quality of the workpiece, and may even lead to tool damage or processing failure. The row-type CNC lathe has excellent tool setting function and can perform fast and accurate tool setting operations on multiple tools in a short time.

To use a row-type CNC lathe to set tools, you need to first remove the turning tool head, clamp the row of tools on the machine tool spindle of the lathe, fix the adjusted tools on the row of tools, and then connect the tool holder to the tool lever, and finally start the lathe for tool setting. The tool arrangement method can make the tool setting operation faster, the accuracy can be guaranteed, and it can also support multiple tool setting. During use, first adjust the height of the tool to be parallel to the central axis of the spindle, and then set the tool to achieve fast, accurate and safe tool setting operations.

The tool setting of the row-type CNC lathe has the following advantages:

1. Improve production efficiency: Using a row-type CNC lathe for tool setting operations can quickly set multiple tools in a short time, effectively reducing the time required to adjust the tools and improving production efficiency.

2. Improve machining accuracy: Tool setting accuracy is crucial for cutting processing, and it directly affects issues such as size errors and surface quality of workpieces. Using a row-type CNC lathe for tool setting operations can ensure the accuracy of tool setting, thereby improving machining accuracy.

3. Improve safety: Using a row-type CNC lathe for tool setting operations can effectively enhance the stability and accuracy of tool setting and avoid accidents during the tool setting process.

In short, row-type CNC lathe tool setting can improve production efficiency, improve machining accuracy, and improve safety. In modern industrial manufacturing, it has become an important processing equipment.