Context and definition of other machining machines

Machining machines are fundamental tools in industrial manufacturing, used to shape and finish parts by removing material. Beyond conventional equipment such as the lathe or milling machine, there is a diverse set called 'other machining machines'. These machines complement and expand production capabilities, addressing specific processes or particular materials.

This group includes technologies that do not fit into traditional categories but are essential in modern industry, such as electro-erosion machines, specialized grinding machines, laser cutting machines, water jet machines, among others. Its incorporation has allowed us to improve manufacturing precision, speed and quality in demanding sectors such as aerospace, automotive and electronics.

Electroerosion machines (EDM)

Electroerosion machines, known as EDM (Electrical Discharge Machining), use electrical discharges to remove material from conductive parts. This process allows working extremely hard materials or complex shapes that would be difficult to machine with conventional methods. They are commonly used to make molds, dies, and components with internal cavities.

There are two main variants: wire EDM, which uses a conductive wire as an electrode, and sinking EDM, where a specifically shaped electrode erodes the piece. The precision and surface finish achieved are very high, which makes EDM a priority option for fine and complex work.

The control of electrical parameters, such as the intensity and duration of the discharges, is essential to optimize the machining speed and final quality. In addition, the use of dielectric liquids helps to cool and eliminate waste generated during the process.

laser cutting machines

Laser cutting machines use a highly concentrated beam of light to cut or engrave materials with great precision. This method is contactless, which reduces tool wear and allows you to work with a wide variety of materials, from metals to plastics and wood.