The laser cutter leaves a perfectly smooth surface, so no rework is required.
Our precision laser cutting technology provides more accurate cutting results than conventional cutting equipment. It is more precise than classic mechanical cutting.
The laser cutter works without any physical movement, so it is much more precise than any other solution. The laser cutting process uses a high-power laser, leaving the best possible cutting edges. An efficient, safe and highly accurate method compared to other traditional cutting technologies on the market.
Laser cutting is an automated material separation process in which the thermal energy required for cutting is guaranteed by the laser beam.
Its most common industrial application is the processing and cutting of structural steel, aluminum and stainless steel plates, as well as pipes and structural steel, and it is also perfect for cutting plastics, sponges and materials with a looser composition.
It can be used on a variety of materials: PCB, plastic, glass, plexiglass, copper, metal, gold, paper, textile, plywood, composite materials, etc. Due to low heat output, the laser does not affect the quality of the surface, so it can also be used on more sensitive materials such as e.g. PCB, foil, paper, pom, etc.
For example: precision medical devices, implants, precision nozzles, precision mechanical devices, optical components. electrotechnical parts, microscope parts, car parts and more.
Fast and accurate cutting results can be obtained based on the specified and set parameters. If you need micron-accurate results, we definitely recommend the precision laser cutter.
With the fiberersx precision laser cutter, you can easily cut complex, amorphous shapes, whether it is hard or soft material. With the help of our software, you can cut out any vector graphics and manage the shapes you specify.
When cutting cables, layer-by-layer removal is possible, so we can provide users with a much more precise process than traditional technologies. When cutting the cable, the cable is not damaged, thus data transmission is completely ensured.
Special development enables multifunctional use. For example: Cable layer removal and logo marking can be combined with the same laser.
cable cutting
akril cutting
plexi cutting
sponge cutting
seat belt cut
cutting a plastic board
rubber cutting
leather cut
plexi cutting
sheet metal cutting
cutting multi-layer sponge
cutting material to a unique shape
copper sheet cutting
precision aluminium cuttig
sheet metal cutting
Compared to traditional technologies, laser technology is more precise and non-contact.
Laser cutting has many advantages in addition to speed and accuracy, and it has good processing flexibility. For example, it is also suitable for cutting pipes and other specially shaped materials. In addition to all this, it should be mentioned that it can cut any material of hardness without deformation.
It should also be mentioned that the cutting of the workpiece is done without mechanical contact, which is why it is one of the safest processes. The cut is burr-free, the heat-affected zone is small, and the cut surface does not require post-processing. The operation of the laser cutter is focused by one or more special material lenses in the cutting head. The lens focuses the incoming light on the surface of the material in such a way that the diameter of the focal point is around 0.1 mm, thus extraordinary energy is concentrated in a very small area, i.e. the cut is created.
Plasma cutting
Plasma cutting is a thermal cutting process that uses a plasma arc to melt and cut metal. The process uses a high-velocity jet of ionized gas (plasma) on the workpiece to create a controlled and focused cutting arc. Thus, we can see that only metals can be cut with plasma cutting, and almost any material can be cut with a laser.
Waterjet Cutting
Waterjet cutting is a machining process that uses a high-pressure stream of water or a mixture of water and abrasives to cut through a variety of materials. However, high energy consumption and transport costs must also be taken into account here.
Flame cutting
Flame cutting, also known as oxy-fuel cutting, is a thermal cutting process that uses the heat generated by burning gas and oxygen to cut metal. However, here we work with gases, which can have a harmful effect on the human body, while laser cutting is non-contact and does not cause health problems.
The special development allows for multifunctional use. It is possible to mark a logo or other inscription with the same tool. In addition to all of this, we also have the option of cutting more heat-sensitive materials without any post-processing.
With the help of a vector file ( DXF), completely unique patterns can be cut out of the material, which we could not create with a traditional cutting machine. The entire process is contact-free and fully automated, so the possibility of error is minimal.
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