Many thought fiber lasers could only be used for thin materials at one time. Due to its longer wavelength, CO2 produced enough kerf for the cutting of thick materials so that there was enough room for material removal. However, the fiber laser wasn't able to produce the same kerf in thicker materials. The problem was solved in recent years by collimating technology which allows for a wider beam of fiber laser-generated light that can be used to create materials separation. Because the beam width can be switched, the machine can use a narrower beam to process thin material. This makes it possible for the machine to process different-sized materials faster on the same fiber laser cutter machine.
A laser cutting machine can make a sheet of sheet metal in seconds. However, a laser tube cutting machine can achieve the same results. It is quite different from how it works.
A CO2 laser requires more power to produce than a fiber laser. This makes it less efficient and has lower wall plug efficiency. You will also need to use more power for the large CO2 laser chillers. Because the fiber laser-resonator's wall-plug efficiency is greater than 40 percent, it uses less power as well as less of your in high-demand flooring space.
Lasertube systems make it possible to create new applications or enhance existing ones. You can also enter new industries, increasing profits margins, and even entering new sectors.
Fiber lasers cut in thin material with fast speeds. They also require little maintenance and are low in power consumption. This laser cutting technology's special properties allow applications in steel and stainless steel as well aluminum and non-ferrous metallics like copper or brass.
Lasertube can help you make improvements to parts based on your customers' needs.
Traditional tube features can prove time-consuming. FabLight makes fabLight easy. You can get exactly what and how much you want - in minutes!
Imagine that you have to position a through-hole on top of a tube. It must be centered on the tube's actual dimension. It will be more difficult to center the tube if it is bent. This is the reality of tube fabrication.
The laser cutting system StarCut Tube SL provides highest accuracy, superior reliability, and high performance when cutting complex medical devices such as stents, aortic valve replacements, or hypotubes.
High cutting performance is a hallmark of CO2 lasers. They are most useful in medium-to-high material thicknesses. Laser beam cutting edges are low-scoring and throughburr-free. The laser beam can also be used to cut additional parts without the need for rework.
Tubes are fundamental building blocks for any type of manufacturing, including equipment for gyms and smaller multifunctional machines for homes. This is why many tube processing technologies like laser cutting or bending are so popular in this sector.
The tube laser cutting solution has the greatest working range. Tubes upto O 9.45" (240mm), 3D cutting modeCO2 OR fiber laser
You might have noticed that cutting speed has not been discussed yet. While it is possible for a tube to be cut at up to 500 inches per min, that is not always possible. Laser tube cutting requires that you focus on the time it takes to load a tube and index it in order to cut. Laser tube cutters are slow and take a lot of time to process parts.
Lasertube systems are a great way to improve or create new applications. They also allow you enter new industrial areas and increase your profit margins.
Laser tube cutting is a method and technique for cutting tubes, structural shapes, or channels. These items will be cut to the required length during the process. It can also make holes or designs in tubing. It is a precise cutting method.
Laser cutting pipe is the best way to achieve repeatable and precise cutting in applications where the precision of the cut itself is important.
CO2 laser cutters are the most commonly used types of laser cutters because they are low power, relatively inexpensive, efficient, and can cut through and raster a wide range of materials.