In Frantic precision machining, various tools are mounted on CNC tools. Strictly carry out tool selection and tool installation positions anytime and anywhere in strict accordance with the requirements. Therefore, it is necessary to choose standard toolholders to facilitate the rapid and accurate installation of standard tools for drilling, boring, expansion, and cutting on the lathe spindle or CNC tool.

Software programmers should master the structure specifications, adjustment methods and adjustment categories of commonly used toolholders on CNC lathes, so that the axial and radial specifications of the tool can be clearly defined when programming. The most commonly used in China are BT40 and BT50 series of knife handles and pull studs.

CNC manufacturer

toolholders commonly used in Frantic precision machining centers. Flattened toolholders, collet chuck holders, powerful chuck holders, face milling cutter holders, face milling cutter holders, side cutter holders, Morse taper holders, drill chuck holders, tap holders Head knife handle, integral knife handle.

No CNC toolholder system software is omnipotent. toolholders designed for high-speed precision parts machining processes generally lack the rigidity and compressive strength required for high-efficiency machining. For example, rough machining rough castings. Conversely, toolholders used for rough machining generally lack rotor dynamic balance. This type of rotor dynamic balance can enable toolholders to operate at high speed and stability in the deep machining process.

advanced CNC equipment

In addition, the rough design and large volume of the rough toolholder may limit its ability to reach finer or deeper parts. The difficult-to-process raw materials must have a toolholder with improved compressive strength and rigidity. In addition, the shock absorption capability of the toolholder and its refrigerant transportation capability are also key selection criteria. Application of unsuitable toolholders will cause specification deviations and damage to parts, excessive damage to the spindle of the lathe, reduced tool life, and increased risk of tool breakage.

In non-critical work, a cheap and good handle may produce a more satisfactory result. However, in the process flow where repeatable precision must be obtained. Especially when the damage to expensive products will reduce the gross margin of the parts. The high-quality toolholders with application-centric project investment can prevent such accidental damages at a lower cost.

The above explanation is the toolholders that will be used in Frantic precision machining. I hope it will be helpful to you after reading it. If you want to know more about Frantic precision machining related information, please contact customer service online or call our company’s service hotline (upper right corner of the website) for consultation, we will be happy to provide you with quality service!