Analysis Origin of Boring Tool Names and Customer Selection Guidelines

In recent years, with the increasing demand for machining accuracy and tool durability in the fields of mold manufacturing and high-strength component processing, the "coated steel inner R knife" with rounded corner design has received widespread attention in the market. This type of cutting tool has become the preferred solution for many manufacturing enterprises when processing steel parts due to its unique R-shaped blade design and high-performance coating treatment.

The new generation of coated steel inner R-knife recently launched by AMG has successfully solved the common problems of stress concentration and tool breakage in machining with its excellent wear resistance and circular blade structure. This series of products adopts ultra-fine particle hard alloy materials, combined with advanced TiAlN or AlCrN coating technology, which can maintain good thermal stability and processing consistency during high-speed cutting of steel parts. Specially suitable for precision manufacturing of complex cavity molds, automotive components, and high hardness structural parts with high strength and smoothness requirements for processing corner structures.

According to feedback from AMG's sales department, there has been a significant increase in demand from customers in Southeast Asia and the Middle East, especially in mold manufacturing, hydraulic machinery, and heavy machinery processing enterprises, who have shown strong interest in high-strength cutting tools with an internal R structure. These customers generally require tools with longer service life, lower chipping rate, and higher cutting efficiency to meet the high standard demands of mass production and automated machining.

For customers who are not familiar with the tool structure, AMG also provides selection guidance services. Technicians suggest that when selecting an inner R-knife for coated steel, attention should be paid to whether the R-angle size of the tool matches the rounded transition design of the workpiece, and at the same time, choose a coating type that is suitable for the speed and cooling method of the own machine tool. By reasonable matching, machining efficiency can be significantly improved and overall tool costs can be reduced.

As a manufacturer deeply involved in the field of metal cutting, AMG will continue to be committed to providing higher performance machining solutions to global customers and helping the manufacturing industry enhance its core competitiveness.