All you need to know about fibre lasers

Fibre lasers have become ubiquitous in the current environment. They are most commonly utilized in industrial applications to perform marking, cutting, cleaning, welding, texturing, and various other tasks due to the wavelengths they can create.

Fibre lasers use a silica glass optical fibre wire to guide the light. Since the laser beam is straight and narrower than other lasers, it is more precise. They also have a minuscule footprint, require little maintenance, have low operating expenses, and are very electrically efficient. Check out Fibre Laser Machine Malaysia to know more.

Kinds of fibre lasers available:

Laser source

Fiber lasers come in various shapes and sizes, depending on the substance with which they are combined. Ytterbium-doped fiber lasers, thulium-doped fiber lasers, and erbium-doped fibre lasers are different examples. Since they produce distinct wavelengths, each of these lasers is employed for different applications.

Mode of operation

Laser beams are released in various ways depending on the type of laser. To achieve high-peak powers, laser beams can be pulsed at a specified repetition rate (pulsed fiber lasers), or they can be “q-switched,”, “mode-locked,” or “gain-switched .”They can also be continuous.

Power of the laser:

High-power lasers produce energy more quickly than low-power lasers. The average power of the laser beam is measured in watts and is denoted as laser power. For example, a 20W fibre laser, a 50W fibre laser, and so on are available.


The core size (from what light passes) of an optical fibre is referred to as the mode. Single-mode fibre lasers and multi-mode fibre lasers are the two types of modes. Single-mode lasers have a lower core diameter, often between 8 and 9 micrometers, whereas multi-mode lasers have a larger core diameter. Single-mode lasers, in general, transmit laser light more effectively and produce superior beam quality.

Fibre laser machine and its functions:

A fibre laser machine is created when a fibre laser system is designed into a system that is ready to use. The laser equipment is the frame in which the OEM laser system is integrated.


Laser machines can ensure the following:

  • By conducting fume and laser extraction, the workers are safe.
  • Mechanical components are used to automate processes or make the operator’s job easier.
  • The laser technique has been fine-tuned to perform a certain task.

An alternative to using the fiber laser machine is the UV flatbed printer. Check out UV flatbed printer supplier Malaysia for more information. A UV flatbed printer, also known as Flatbed digital printers, or flatbed printers, has a flat surface on which a material can be placed to be printed. Flatbed printers may print on a wide range of materials, including photographic paper, film, fabric, plastic, PVC, acrylic, glass, ceramic, metal, wood, and leather, to name a few. UV curable inks containing acrylic monomers are typically used in flatbed digital printers. They are then exposed to strong UV light to cure or polymerize. Printing on several materials, including wood or canvas, carpet, tile, and even glass, is possible.