How to use CNC tool holder to get value for money?

The tool holders commonly used in CNC machining are mainly divided into: drilling tool holder, boring tool holder, milling tool holder, thread tool holder and straight handle TOOL HOLDER.

As there are many kinds of tool handles, how to choose tool handles must depend on the classification and positioning of enterprise products. What kind of processing depends on what kind of machine tool to choose. The tool handle follows the interface between the machine tool and the spindle. When the machine tool and spindle are selected, the general category of the tool handle is also determined. If it is rough machining and conventional machining, the general BT interface is usually selected; In case of finishing machining, ISO series knife handles may be selected, which are light and can run at high speed. HSK series is suitable for knife handles with strong comprehensiveness.

The structure of CNC machine tool tool shank is divided into integral type and modular type. The working part of the clamping tool of the integral tool handle is integrated with the handle for installation and positioning on the machine tool. This kind of Tool Holder has poor adaptability to the transformation of machine tools and parts. In order to adapt to the transformation of parts and machine tools, users reserve tool handles of various specifications, so the utilization rate of tool handles is low. Modular tool system is an advanced tool system. Each tool handle can be assembled through various series modules. According to different processing parts and machine tools, different assembly schemes can be adopted to obtain a variety of tool handle series, so as to improve the adaptability and utilization of tool handle.

In general, in order to reduce the erosion risk of Cnc Tool Holder, it is generally proposed to clean all the acting surface with antirust agent and store it in a clean, dry and natural environment. Frankly speaking, corrosion is actually the whole process of photocatalytic air oxidation between metal materials and external reducing agents (such as freezing solution with excessive chlorine, acid-base components in sweat...). There are many ways to avoid this kind of electrochemical corrosion, such as selecting coating technology (nickel coating, chromium coating...) and selecting corrosion-resistant conventional materials (such as stainless steel plate, aluminum alloy profile, etc.)