SC tool has announced that its new level of HG50L can be used to handle surface hardened steel (58 to 63 HRC), whose accuracy and reliability are more important than high speed.HG50L can help reduce tool inventory and provide 20% to 30% of tool life, according to the company.HG50L has a speed range ranging from 425 to 825 SFM, providing knowledge of 0.004 to 0.016 and a typical completion document of 0.006.It can be used or not used for coolant in continuous or light interruption.HG50L performance levels including its carefully customized base board, by small (micro) the size of CBN particles, has a unique particle distribution, increase the service life of cutting tools and consistency, and comply with excellent surface finish. In addition, the new multi-layer K coating with special precoating treatment and unique PVD technology improves the performance of the product.CBN060K also incorporates a super alloy adhesive made of super alloys and TiCN, which improves mechanical performance without affecting wear resistance. According to the report, the enhanced product toughness provided by super alloy binder provides users with greater cutting edge reliability and tool life, and also improves the ability of high-speed cutting speed. Finally, optimized cutting edges can promote reliable processing.
LJ company provides PCD chip control geometry insertion. According to the company, in the process of processing aluminum and copper alloys, the insertion will destroy the chip, increase production and improve the safety of employees. They are used to rotate and bore holes, especially on screw machines. PCD chip control geometry insertion is for customers and needs to be used on the actual cut point. Traditional planar PCD inserts in continuous contact processing, such as boring or rotation, can withstand continuous wafers, which can cause loss of production time, or lead to poor surface finish. LJ’s chip control geometry controls the chip at the cut point, thus making the chip more controlled. These inserts are provided in two types of clastic geometry: used for completion or general processing. It is reported that these pads produce less cutting pressure and thermal expansion of parts processing, increasing the life of the cutter by 20% to 30%, and the surface polishing is more fine.