What Are The Technological Characteristics Of Deep Hole Machining?

Speaking of the technological characteristics of deep hole machining skills, we must first know that gas cylinder holes, shaft axial oil holes, hollow spindle holes and hydraulic valve holes can all be processed. The technique used is deep hole machining. The following deep hole processing manufacturers will give us a detailed explanation of its process characteristics.

1. In deep hole processing, if there is no special equipment, it is difficult for the coolant to enter the cutting area, the durability of the tool will be reduced, and it will be more difficult to remove debris.

2. During the machining process, the worker cannot see the cutting condition of the tool, and needs to rely on the sound, cutting, hand vibration and workpiece temperature experienced in the machining process, and observe the instrument to judge whether the cutting process is normal.

3. Additional chip removal equipment, tool guide support equipment, high-pressure cooling and smoothing equipment are added to ensure smooth processing. Poor heat dissipation of the tool and increased cutting temperature will reduce the durability of the tool.

We must all have an understanding of the technological characteristics of deep hole machining. In many situations, difficult-to-machine data touches the parts being manufactured, not only requires outstanding chip management, but also the tool data should have appropriate processing capabilities.