Rubric:Laser

The 3D fiber laser is a modern technology that enables precise and fast cutting, grinding and drilling of various materials such as metals, plastic, glass and ceramics. It is a highly accurate and efficient tool that allows you to create complex shapes and patterns with very high precision.

The principle of the 3D fibre laser is to concentrate the light beam on a very small area, which allows the material to be removed quickly and efficiently to create the desired shape. This process is carried out using a special device that controls the movement of the light beam in 3D space.

3D fiber lasers have many advantages over traditional cutting tools such as sawing, milling and grinding machines. These include higher accuracy, speed and process repeatability, which increases overall production productivity. This makes 3D fiber lasers very popular in industries such as automotive, aerospace, construction, electronics and more.

3D fibre lasers are also very environmentally friendly as they minimise the amount of waste generated during the cutting process. This helps to reduce waste disposal costs and improve the industry's environmental footprint.

Today, there are many 3D fiber laser manufacturers offering a wide range of devices for different purposes and requirements. The price for a 3D fiber laser can range from tens of thousands of dollars to millions of dollars depending on size, power and other features.