A lathe is one of the foundational machine tools in the manufacturing industry. They come in various shapes, such as universal lathes and machining centers, and are used for various machining methods, such as outer diameter machining and end-face machining. This article will explain the mechanism and features of lathes, the history of machine tools, and the types of machining methods.
End mills are a typical cutting tool used in milling machines, machining centers, and other machine tools. The various types include square end mills, ball end mills, and roughing end mills, all classified into multiple types according to thickness, length, and material.
Milling is a crucial machining method in manufacturing, alongside lathe machining, and is used in applications such as drilling, plane cutting, and grooving. Within milling, however, there are many machine tools, such as universal milling machines and machining centers, using a diverse spectrum of tools. This article provides in-depth explanations of the machine tools that can perform milling, their machining methods, types of tools, and many more.
Die-casting is a casting technique used to manufacture parts for various products that are indispensable to our daily lives. How is die-casting done? This article explains the process for creating die-cast parts and points to keep in mind when manufacturing them.
With tight energy supplies, rising fuel oil prices, and the need to respond to climate change, companies are under pressure to reduce their power consumption.
In the manufacturing industry, production efficiency is a critical factor in maintaining a company's competitiveness and ensuring its superiority in the marketplace.
While compact machine tools have a reputation for occupying less space and consuming less power, they also have a reputation for not being able to machine large objects and for lacking rigidity. In this article, we will feature the SPEEDIO series developed for BT30, and how it differs from the conventional image of compact machine tools.
As cutting speed is a key factor in metalworking quality and efficiency, it is important to manage it properly. If too fast or too slow, it will negatively impact in terms of cutting defects and tool life. This article explains in detail the basic definition of cutting speed, how to calculate it, and points to note when calculating it. It also explains the difference between feed rate, which is often mistaken for cutting speed, as well as feed and cutting depth.
The multi-tasking machine is an advanced machine tool capable of performing multiple functions on the same machine: turning, milling, grinding, and more. This can greatly streamline the manufacturing process, reducing production costs and increasing productivity. This article will explain in detail the features and benefits of multi-tasking machines, and will explore their use cases and range of application.
Machine tools are so important that they can be said to be the engine running the manufacturing industry. When used for many years, however, tools will progressively deteriorate, and they will gradually fail more often. More frequent breakdowns could also affect production planning.
