The SUMITOMO 2G00474 M4 Thread Shim Screw is a precision-engineered component designed for securing shims in indexable turning tools. Manufactured by SUMITOMO, a leader in cutting tool technology, this shim screw ensures optimal performance and reliability in machining operations. The screw features an M4 thread size, making it compatible with a wide range of indexable turning tools that utilize shims for insert positioning. Its Torx drive design allows for higher torque application without damaging the screw head, facilitating efficient and secure fastening. The flat head design ensures a flush fit, preventing interference with tool operation and maintaining the integrity of the cutting edge. With an overall length of 9.00 mm, the 2G00474 shim screw is engineered to provide the necessary clamping force to hold shims firmly in place, thereby enhancing the stability and accuracy of the cutting process. This component is compatible with various insert types, including CNMG 43.., DNMG 432, WNMG 33.., and WNMG 43.., offering versatility across different machining applications. Utilizing the SUMITOMO 2G00474 M4 Thread Shim Screw in your tooling setup can lead to improved machining precision, reduced tool wear, and enhanced overall operational efficiency. By ensuring that shims are securely fastened, this shim screw contributes to consistent insert positioning, which is crucial for achieving high-quality surface finishes and dimensional accuracy in machined parts. Moreover, the durable construction of the 2G00474 shim screw helps in minimizing maintenance downtime, as it is designed to withstand the rigors of industrial machining environments. This reliability translates to increased uptime and productivity for manufacturing operations. In summary, the SUMITOMO 2G00474 M4 Thread Shim Screw is an essential component for professionals seeking to optimize their indexable turning tools. Its precise engineering, compatibility with various inserts, and robust design make it a valuable asset in achieving superior machining results and maintaining efficient production workflows.
