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The advantages of multifunctional laser technology include high precision, speed, the ability to process a wide range of materials, and flexibility that allows it to be used in a variety of applications. These properties make laser technology indispensable in many industries and applications.

The technology can be used in many areas:

• Material processing
• Manufacturing and industry
• Medicine
• Research and development

Engineers with expertise

Expert engineers are the guarantee that every step in the design, manufacture and maintenance of the equipment is carried out at the highest level.

Expert team

A team with reliable expertise is able to understand the latest technological developments and trends in the laser industry and put them into practice. This allows them to apply the best solutions and techniques to meet the needs of partners and achieve the best results.

Precision laser welding is a process that is extremely precise and controlled, allowing the welding of very thin or complex parts.

Advantages of laser welding

Precision laser welding has many advantages, including accuracy, high speed and efficiency, non-contact and temperature optimization.

Laser welding is a very precise and controlled process, thanks to which it is possible to weld parts with small details and complex geometries.

The laser beam is an efficient process because it melts the materials in seconds, resulting in fast welding and high productivity.

Contactless process, so there is no direct physical contact during the process, as the procedure is fully automated.

It reduces deformation and damage to heat-sensitive materials, as there is minimal temperature influence during welding, i.e. the heat release is concentrated. Thanks to this, we can make thin and precise seams.

Precision laser cutting is an essential technology in modern manufacturing, offering unparalleled accuracy and versatility.

Benefits

Versatility: Can cut a wide range of materials and thicknesses.

Quality: Produces clean cuts with smooth edges, reducing the need for additional finishing processes.

Automation: Can be integrated with CAD/CAM systems for automated and repeatable cutting processes.

Reduced Waste: Minimizes material wastage due to the precision and efficiency of the process.

Laser milling is a modern processing technology that uses laser beams to remove material from the base material. During the process, we can create different patterns, shapes, inscriptions, we can even create differences in levels, because the laser cutter can trace the topology. Thanks to our unique development, we can also do 2D and 3D laser milling, and thanks to our program, we can also mill complex patterns and shapes. The technology also has many advantages over traditional milling technologies, especially precision, micron-accurate milling, speed and versatility.

Advantages:

High accuracy and precision: Thanks to the programming, it handles vector graphics well, making it ideal for milling complex shapes and forms, and capable of micron-sized detail.

Speed: It works with excellent speed on both thinner and thicker materials, reduces milling time, thereby increasing productivity.

Material selection: It can be used in a wide range of applications, from plastic to metals, the equipment can also grind on more sensitive materials, as it can be tuned very finely, so the sponge won’t burn either.

No Tool wear: The process is non-contact, so there is no tool wear, which reduces maintenance costs and downtime.

Clean and Smooth Milling: There are no burrs during milling, so there will be no waste. During the process, only dust is generated, which is removed from the milling area by suction, so it is an environmentally friendly solution. The result is an excellent surface quality, which requires minimal post-work or can even be dispensed with.

Color laser marking is not a widespread technology, but rather interesting from a design point of view. It is suitable for creating patterns and inscriptions in different colors. The colors can be created using several methods, all that is needed is the right raw material and setting. During the laser treatment of certain metals (e.g. stainless steel), an oxide layer is formed, which results in different shades of color.

Colored marking offers many advantages, it is just as durable as simple marking, resistant to wear, chemicals and drastic changes in temperature. High-resolution, detailed markings can be easily created based on vector files, and a print image can almost be converted. The process is fast and fully automated, as with other laser technologies.