Metal Cutting Solutions

BIG Angle Heads - Aerospace Machining Case Study In aerospace machining, it's common to encounter the machining of internal walls in small-diameter holes. The most primitive method is to use a mold for punching, which is not only...

High-Efficiency Tools for Counterbore and Chamfering of Threaded Holes 一、Counterbore Machining for Threaded Holes Previous Common Machining Methods: ① Machining with T-slot cutter using circular interpolation Disadvantages: Relatively low machining efficiency, complex programming, high tool consumption cost. ②...

BIG Rough Boring Double-Sided Hexagonal Inserts The primary function of rough boring tools is to improve machining efficiency, quickly removing most of the allowance from rough holes, enhancing dimensional accuracy, reducing surface roughness, and preparing for semi-finish and...

BIG Hydraulic Tool Holders for CNC Lathes - Hole Machining Case Study ● Machining Process Hole Machining: Drilling → Rough Reaming → Finish Reaming → Roller Burnishing ● Machining Difficulty φ9H7 tolerance grade requires high reaming accuracy. Good...

A New Choice for Mold Machining—SMART Anti-Vibration Threaded Interface Basic Holder Cavity machining is very common in mold manufacturing. This type of machining places high demands on the anti-interference capability of the tool holder. In the past, cavity...

Optimal SMART Anti-Vibration Tool Holder Series for Deep Hole Boring (Part 2) SMART Anti-Vibration Integrated Type for Finishing There are three types of anti-vibration products for boring: integrated boring head type, integrated shank type, and extension type. In...

Optimal SMART Anti-Vibration Tool Holder Series for Deep Hole Boring (Part 1) During deep hole machining, chatter vibration is likely to occur when the tool's length-to-diameter ratio (overhang) exceeds 4~5 times. When chatter occurs, the following effective anti-vibration...