Knowledge

The machining center is a type of machine tool used to manufacture various parts. Equipped with an automatic tool changer (ATC), it can be used to automate machining of multiple workpieces, such as milling, drilling, and boring, making it an indispensable presence in manufacturing sites. This article will introduce the features and benefits of machining centers for those who want to learn more about machining centers or are considering introducing new machine tools.

The horizontal machining center is a machining center with a horizontal tool spindle. It can cut workpieces from the side and complete various machining methods with a single machine. As work can be automated once a program is created, introduction will lead to productivity improvement even for complex processes.

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.

In the manufacturing industry, production efficiency is a critical factor in maintaining a company's competitiveness and ensuring its superiority in the marketplace.

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.

When cutting in the manufacturing industry, chips (swarf) are an unavoidable byproduct.

In cutting operations, measurement of the workpiece after machining is essential. Generally, measurement of machined workpieces involves "out-of-machine measurement," in which the workpiece is removed from the machine and measured with a measuring instrument. However, out-of-machine measurement requires a lot of time and manpower.

Gears are critical components used for applications such as power transmission, speed conversion, and directional change. However, gears span many different types, such as bevel gears and spur gears. There are also various techniques for machining gears. This article explains the types of gears and methods for machining gears. It also introduces detailed application examples of gears for various industries.

The evolution of machining technology in the manufacturing industry has been remarkable, and "simultaneous 5-axis machining" is one of the technologies that has become increasingly popular in recent years.

In the manufacturing industry, prevention of machining errors is a major management issue. Machining errors not only waste a lot of resources, but also risk increased costs, delayed delivery, and other issues. In recent years, there has also been a need to work on reducing resource waste from the perspective of SDGs.