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A safe solution for a closed workstation with sensors thanks to their outstanding accuracy and speed
thanks to our automated laser cleaning machines an ideal solution for cleaning JiGs.

A very important feature is that the surface remains intact during laser cleaning, in contrast to a traditional one cleaning process, this is not guaranteed.

Save time and  money

High removal efficiency, low operating and maintenance costs. With our laser cleaning tool, you can reduce the total cleaning time. Time efficiency leads to improved productivity, which leads to higher profits;

• There is no possibility of human error.
• Easy operation
• Safe solution
• Closed workstation
• Perfect cleaning efficiency

Precision laser cutting is an efficient process that allows us to cut out clomplex shapes from the raw material. We can provide accurate micron cutting result by specifying the exact parameters, as the process is fully automated.

Cable Stripping

When cutting cables, layer-by layer removal possible, so we can provide users with much more precise process than traditional technologies. When cutting the cable, the cable is not demaged thus data transmission is completly ensured.

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 ont he market.

Combinate applications

The special development allows for multifunctional use. It is possible to mark a logo or other instription with the same tool in addition to all of this.

We also have option of cutting heat-sensitive materials without any post-processing.

We weren’t bored during the summer either, and we took part in many exciting projects. I have brought you a few examples from our work in July so that you can gain an insight into the activities and results of the past month.

PAINT REMOVAL IN EFFIFIENT WAY

High removal efficiency. With a laser cleaner, the accual cleaning time is reduces. Dirty, constaminated tools rebirth with laser cleaner.

IDEAL SOLUTION FOR WELDING METAL

Suitable for welding high-to- acces places plasces. Welding diameter up to 1mm.

MULTIFUNCTIONAL USING ON PLEXI SURFACE

Thanks to the modular design, our lasers can be modified with additional functions and applications. This means that the basic machine can be transformed to handle a variety of task, including cutting & marking.

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.

The use of laser technology for PCB (printed circuit) milling is becoming increasingly popular as it offers many advantages over traditional milling techniques. Primarily, laser milling provides exceptional precision and detail, allowing the creation of very fine patterns and lines. In addition, the process can be faster, especially for small series or unique prototypes, significantly speeding up development cycles.

Minimal material loss occurs during laser milling, which makes the technology more economical and environmentally friendly. The laser is aimed directly at the copper layer, so there is no need for chemicals or masking materials, which are essential in traditional methods.

Overall, laser technology provides greater precision, speed and efficiency while reducing waste and environmental impact, making it an ideal solution for modern PCB manufacturing.

Innovative laser solutions open up new dimensions for various industries, revolutionizing work processes and opportunities. Thanks to the precision, speed and versatility of modern laser technology, it offers effective solutions in many areas, be it industrial, medical or scientific applications.

In industry, laser milling, laser cleaning, laser cutting, welding and engraving provide precision and efficiency previously unimaginable. In car manufacturing, for example, laser welding enables fast and strong joining of different materials, reducing production time and costs. Thanks to the precision, we can weld important parts together in a fully automated way. In the electronics industry, lasers do fine, precise work in machining microscopic circuits and components.Innovative laser solutions therefore offer revolutionary advantages in many areas, promoting the development of industrial processes, health treatments and scientific research. Such technological innovations not only make work more efficient and precise, but also create new opportunities with which we can respond to the challenges of the future.

The production of small or large QR codes with laser technology is one of today’s most modern and effective methods, which offers innovative solutions in many industries. The use of laser technology is not only beneficial in terms of accuracy and speed, but also enables the precise machining of various materials and provides long-lasting identification.

Advantages of Laser Technology in the Production of QR Codes

One of the biggest advantages of laser technology is its high precision. Lasers are capable of creating extremely small and detailed patterns, which is essential for small QR codes. Such codes require precise processing of each point and line in order for the code to be read easily and error-free. Lasers also work quickly and efficiently, which results in significant time savings during the manufacturing process.

The Variety of Materials

One of the outstanding features of laser technology is that it can be used on many different materials. Whether it is metal, plastic, glass, ceramics or even organic materials, lasers can precisely process all these materials. This is particularly useful since the areas of application of QR codes can be extremely diverse.

Titanium milling refers to the process of cutting, shaping or drilling titanium material with milling machines. Titanium is a strong, light, and corrosion-resistant metal that is widely used in various industries, including aerospace, medicine, automotive, and sporting goods.

Milling titanium involves the use of special cutting tools and techniques due to the unique properties of titanium. Titanium is known for its high strength-to-weight ratio, but it is also notoriously difficult to machine compared to other metals due to its low thermal conductivity, high chemical reactivity and tendency to harden.

In order to effectively mill titanium, several factors must be taken into account:

Cutting tools: High-performance carbide or ceramic cutting tools are often used to mill titanium. These tools are designed to withstand high temperatures during machining and maintain their sharpness for a longer period of time. With laser milling, you don’t need these tools, so you can easily ensure a long service life, since there is nothing to wear out.

Coolant: The use of coolant is essential to dissipate heat and prevent overheating of the tool and workpiece during titanium milling. However, conventional coolants such as water-soluble oils can react with titanium, so alternatives such as air or high-pressure coolant systems are often used. During laser milling, the heat release is concentrated, so there is no need to cool it, only to exhaust the generated dust.

Rigidity and stability: Milling titanium requires rigid setups and stable machine tools to minimize vibration, which can cause poor surface quality, tool breakage, or dimensional inaccuracies. Laser milling is a non-contact process, so you don’t have to worry about tool breakage. Thanks to the preset parameters, we can also rule out dimensional inaccuracy.

Chip removal: Titanium creates long, stringy chips during machining that can interfere with the cutting process. Adequate chip removal systems such as through-spindle coolant or chip breakers are required to maintain smooth machining. During laser milling, no chips or burrs are produced, but only dust that can be easily blown away.

Experience the future of laser technology with FibeerSX. Our multifunctional, energy-saving, and user-friendly laser machines are designed to help you achieve excellence in your operations.

With our four-year warranty and commitment to innovation, you can trust FibeerSX to deliver the performance and reliability you need to succeed.

Visit our website www.fibeersx.com to learn more about our products and development and how they can benefit your business. Follow us on social media to stay updated with the latest news and advancements from FibeerSX.

At FibeerSX, we are not just developing laser machines; we are creating solutions that redefine what’s possible. Our team of engineers and researchers is constantly exploring new technologies and techniques to enhance the capabilities of our products. We are dedicated to pushing the boundaries of laser technology, ensuring our innovations meet the ever-evolving needs of our customers and setting new standards in the industry.

Based on this, we assemble our equipment individually, tailored to the project, in order to offer the most suitable and efficient solution for each of our customers.