When it comes to end mills, they can be either coated or uncoated. Both have their own advantages and disadvantages, but which one is better and how should you choose between them? What Are Coated End Mills? Coated milling cutters have a thin layer of coating applied to their surface. This can be applied via […]
Coated End Mills vs Uncoated End Mills, Which is Better? Read More »
When it comes to threading, what is the difference between using a tap and a thread mill? When you thread a hole on a standard milling machine, a tap will only use the machine’s Z axis to cut. A thread mill will use all 3 axes to cut the threads and use circular interpolation cycles
How to Choose Thread Milling vs. Tapping? Read More »
Reamers are an important tool for any engineer or machinist. They are used to enlarge holes and improve the accuracy of drilled holes. They leave smooth walls and improve the precision of the hole processing surface within a certain tolerance range. What is a Reamer? A reamer is a rotating cutting tool used to enlarge
Among the mainstream coating solutions, the two most commonly used methods are physical vapor deposition (PVD) and chemical vapor deposition (CVD). Both technologies have unique advantages and applications, so understanding the differences between them is essential to making an informed decision. What is PVD Coating? PVD coating, or physical vapor deposition, is a surface treatment
How to Choose PVD or CVD Cutting Tools? Read More »
We are often asked why high performance turning inserts should use a more traditional carbide substrate. Our range includes CBN, PCD and ceramic turning inserts, and in this article we will describe them and tell you why you need them. What is CBN? CBN stands for Cubic Boron Nitride, and CBN turning inserts are designed
CBN vs PCD vs Ceramic Turning Inserts, How to Choose? Read More »
End milling cutters are tools used on milling machines to perform a variety of machining operations. Such as slotting, chamfering, contouring, ramping, and plunging. Different types of end mills are designed based on the material being machined, the intended operation, and the desired shape or profile. They are designed to meet specific machining needs and
Types of Milling Cutters, How Many Do You Know? Read More »
Tool “passivation” is a process of micro-processing the cutting edge of the tool. The purpose is to remove tiny burrs and irregularities on the cutting edge. Or the sharp cutting edge is moderately rounded to improve the performance of the tool. This treatment does not actually make the tool blunt, but makes the cutting edge
Why Do CNC Cutting Tools Need to be “Passivated”? Read More »
End mill milling cutter tools are essential tools for machining. During machining, breakage, wear, and chipping may occur. How to solve these problems? Characteristics of End Mill Tool Damage Micro Collapse of End Mill Cutting Edge When the workpiece material structure, hardness, and allowance are uneven, the rake angle is too large, resulting in low
How to Deal with End Mill Tool Breakage? Read More »
Carbide milling cutters are widely used in CNC machining centers, CNC engraving machines and ordinary milling machines to process planes, grooves, steps, etc. Common types include end mills, slot milling cutters, saw blade milling cutters, spiral drill milling cutters, etc. Carbide milling cutters are mainly divided into: integral carbide end mills, carbide straight shank slot
How Much Do You Know About Carbide Cutting Tools? Read More »
High-speed steel (HSS) is a tool steel with high hardness, high wear resistance and high heat resistance, also known as wind steel or sharp steel. It means that it can be hardened and sharp even when cooled in the air during quenching. It is also called white steel. What is High-speed Steel? High-speed steel is
HSS Cutting Tools VS Tungsten Carbide Cutting Tools, What is the Difference? Read More »
