Toolholders are often used in demanding high velocity applications. Toolholding products are solutions for high speed, high velocity machining with the largest range of projections. The cost of tooling is reduced by separating the cutting tip, often made from more expensive materials, from the tool holder which can then be made from a tougher and less expensive steel.
A machine tool is used for shaping or machining metal or other rigid materials, usually by cutting, boring, grinding, shearing, etc. A CNC machine is a machine tool that uses programs to automatically execute a series of machining operations.
High speed machining is dependent on high quality tooling products with strong supporting tool holders. A solid tool holder will maintain any machine tool that shapes and cuts rigid materials. A tool holder is as important as the cutting tip in high speed machining. In order for a CNC machine to execute to its fullest function, tool holders have to provide a cost effective base for holding high precision cutting tools.
Materials like rigid steel or iron can not be cut, bored, grinded or bored properly without a designed tool holder in place. A tool holder reduces any margin for error if it works properly. This is why choosing a tool holder for high speed machining is essential. High velocity applications may cause imprecise cutting. This produces faulty products. The amount of vibration in a high speed machining tool is controlled by the supporting tool holder. The expensive part of a machining tool is the tip, however, the tip is only worth as much as the quality of the supporting tool holder. Tool holders can be designed to fit a variety of precision machining tools.
High speed machining can’t be executed efficiently without tool holding products to support them. Tool holders are designed to provide a projection of solutions for high velocity applications. Reference links.