Jiangsu boring tool manufacturer

Jiangsu boring tool manufacturer

Boring machining is generally considered an ideal machining method for precision holes on workpieces of various sizes and shapes. In order to meet the needs of continuously improving productivity, the design of boring tools is also constantly innovating and improving. In recent years, the technological improvement of boring tools has mainly been reflected in the following four aspects.

Jiangsu boring tool manufacturer

detailed introduction
1. Precision boring head with digital reading screen
Since the emergence of numerical control (NC) technology, digital display technology has been applied in CNC machine tools and coordinate measuring machines. In addition, digital measuring tools such as digital micrometers and digital calipers have also been widely used. However, the application of digital display technology in precision boring tools has been progressing slowly, mainly due to the coolant used in boring machining and the high-speed rotation of the boring head.
In the past, when boring holes on machining centers, great care must be taken to avoid splashing coolant from entering the electronic components of the boring head digital display device. Nowadays, the new type of boring tool with internal cooling design can effectively solve this problem. Due to the fact that the coolant can directly reach the cutting area through the internal channels of the tool, the isolation between the coolant and the boring head digital display device is achieved. In addition, the exterior of the new CNC boring tool is well sealed, which can effectively prevent the coolant from contacting the electronic components in the digital display device.
In high-speed boring machining, the high-speed rotation of the boring head, centrifugal force, and imbalance of the boring head itself may cause significant vibration, thereby damaging the sensitive digital display device. The new boring head can reduce or eliminate harmful vibrations during high-speed boring by adopting a built-in balancing mechanism. At present, precision boring heads with digital reading screens can be used for high-speed boring machining at speeds up to 16000 r/min.