A small vertical lathe is a type of CNC lathe with a small shape and size, mainly used for processing various shapes and shapes of parts. It is suitable for processing small-sized workpieces and is more suitable for mass production of small-sized workpieces. It is widely used in industries such as national defense, electronics, mechanical manufacturing, aerospace, etc.

To improve the efficiency of lathe use, it is necessary to be familiar with it first in practical production applications. Conduct a real analysis of the parts processed by the lathe, identify the material, structural characteristics, and dimensional tolerance requirements of the parts. Technical prerequisites such as roughness and heat treatment. Then, based on the analysis results, choose a reasonable milling machine. Cutting process and concise machining route.

Choosing the appropriate tool can improve the machining efficiency of the lathe. The selection of cutting tools needs to consider the machining capacity of the lathe, process content, workpiece material, etc. The cutting tools selected for machine tools not only need to have high hardness, high wear resistance, sufficient toughness, and high heat resistance. Good craftsmanship, requiring dimensions to be consistent and easy to install and adjust. Therefore, new high-quality materials should be used. Materials are used for CNC machining and can be matched with workpiece dimensions by optimizing tool parameters. The size and shape of the surface are moderate. When machining workpieces with a small vertical lathe, efforts should be made to ensure that the positioning and installation of the workpiece meet the design standards and process requirements.

The reference point is the same as the reference point calculated by the program; Try to minimize the number of clamping points and set them in one position. After clamping, process all the surfaces to be processed, avoiding the use of manual adjustment of the machining plan and filling.

Reasonable selection of cutting parameters is beneficial for improving the cutting efficiency of machining allowances. When selecting cutting parameters, for rough machining, the main focus is usually on improving production rate, but economic benefits should also be considered. You can choose a larger cutting depth and feed rate to reduce processing costs.

Vertical lathe manufacturers: For semi precision machining and precision machining, it is necessary to balance efficiency, economy, and processing cost while ensuring machining quality. When the tool is in idle motion, a higher feed rate should be set. Specific values should be determined based on machine tool specifications, cutting parameter manuals, and actual usage experience.