Because of its precision, versatility, and efficiency, laser technology plays a crucial role in various industries and applications. Multifunctional laser technology means the use of lasers in various applications, so that several tasks can be performed with 1 device. Thanks to their precision, versatility and efficiency, lasers emitting focused coherent light beams have already found many applications in industry. The application depends on special requirements, which is why we manufacture special lasers.
The main area of development of fiberesx lasers is multifunctionality. We develop according to individual needs, such as our technology, workstations and other equipment.
The laser process can be easily performed with our device, even on combustible materials. We removed the varnish layer from the surface and made a deep mark on it.
The use of lasers to work on wooden surfaces is a versatile and precise technique used in various industries such as woodworking, furniture making and crafts. Laser processing has many advantages over traditional methods, including precise control, minimal material waste, and the ability to create complex designs. Lasers can cut through wood with high precision, so clean edges are created without additional smoothing. By adjusting its power and speed, operators can precisely cut through trees of different thicknesses. It can also be used for precise cutting and shaping of wooden parts, facilitating complex carpentry and assembly processes in wood and furniture production. Thanks to the multifunctional laser, we can create precise surface or deep markings and milling on various wooden surfaces after cutting.
In addition to removing different layers, unique surface textures can be created on the wood, such as weathered effects. By adjusting parameters such as laser power, frequency and scan speed, different textures and patterns can be achieved.
When using a laser for wood surface processing, it is essential to take into account factors such as the type of wood, its moisture content and the desired result in order to achieve optimal results. In addition, proper safety precautions must be followed to avoid fire hazards and to ensure the safety of operators.
The following technologies also offer precise and effective methods for textile products: laser welding, cutting and marking for textile products.
In the welding process, a focused laser beam is used to melt and fuse the edges of materials, creating a strong bond. This method is preferred over traditional methods such as sewing or gluing due to its accuracy, cleanliness and speed. It is particularly useful for joining materials that are difficult to weld using traditional methods, or for creating complex patterns without damaging the material.
Laser cutting is a popular method for precisely cutting textiles in the desired shape or pattern, resulting in clean and precise cuts with minimal waste generation. This process is extremely versatile and can be used to cut many different types of textiles, including fabrics, leather and synthetics. Laser cutting is preferred for its speed, accuracy and ability to create intricate patterns that are difficult to achieve with other cutting methods.
Laser marking offers advantages such as high accuracy, fast processing speed and the ability to create detailed designs without damaging the material.
Overall, laser technology has significantly improved the efficiency, accuracy and quality of welding, cutting and marking processes in the textile industry, contributing to improved productivity and product aesthetics. In addition, advances in laser technology continue to drive innovation in textile manufacturing, enabling the development of new techniques and applications across a wide range of materials and products.
Lasers are widely used in industrial settings for cutting, welding, milling, cleaning and marking various materials such as metals, plastics, ceramics and composites. Fiberesx equipment can perform the above-mentioned procedures with the same device, so the user can not only save time and costs, but also increase productivity.
When working with metals, we can mill, cut, weld, clean and mark with one tool. We prepare our laser devices completely for the given task, they are suitable for performing simple tasks through very unique solutions.
In the case of metals, we are also able to perform several tasks with one tool, cleaning the surface after marking or cutting, cleaning the surface after milling or cleaning a welding seam. As I mentioned earlier, the multi-functional equipment has many advantages, and this is also true for all materials.
Lasers are used for precision cutting and welding of metals, plastics, ceramics and other materials in industries such as automotive, aerospace and electronics manufacturing.
Laser milling and machining offers high precision and is used in industries such as microelectronics, medical device manufacturing, and aerospace. Laser surface treatment techniques such as laser cleaning, laser ablation, and laser annealing are used to modify the surface, remove rust, and improve surface properties during manufacturing. We can combine the surface treatment with marking or one of the desired procedures.
Our self-developed technology is also capable of this, as it is multifunctional. When cutting the cable, we can also remove the material layer by layer. After the process, you can perform the marking based on the specified parameters.
Laser processing enables rapid prototyping and customization of products, allowing designers to quickly iterate designs and produce custom-made items with minimal set-up time.
Versatility, simplicity, comfort and space saving characterize the multifunctional use of the laser. In addition to all this, it also contributes to the protection of the environment, as well as being a cost-effective solution.
The advantage of our multifunctional laser devices is that a single device can perform several tasks, thereby optimizing work processes and saving space.
Marking, cutting, milling, cleaning and welding tasks can be replaced with our lasers. This versatility allows us to perform several operations with a single tool, which makes work more efficient and time-saving.
There is no need to use various tools and auxiliary materials, thanks to which work processes can be simplified. The need for labor and the number of necessary equipment, as well as ongoing expenses, are reduced.
In the case of limited working areas, a multi-functional laser device can be particularly beneficial, as they take up less space than if 3 devices had to fit in.
What we try to emphasize every time is that the laser has many environmentally friendly advantages. Waste production can be minimized and no harmful substances are emitted.
If we are thinking about a long-term solution, a versatile multi-functional laser offers the perfect solution, as we can save on the purchase and maintenance of several devices by using a single device.
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