Using a concentrated beam of high-energy light, a procedure called laser cutting can easily slice through materials like brass. It is possible to use a laser cutter to cut complicated motifs accurately and forms out of brass. The material is heated to its melting point in the laser cutter, and as it advances down the …
Aluminum sheets or plates can be precisely cut and shaped with a laser cutter. Because of its precision, speed, and adaptability, this method is widely used in the fabrication and manufacturing industries. Key components of Aluminum laser cutting machine Cutting sheets or plates of aluminum with a laser beam requires a specialized machine known as an …
Titanium can be cut with a laser cutter, and unlike other methods, the results will be clean and fast. High reflectivity and absorption of the laser energy can lead to heat buildup and, perhaps, melting or distortion of the material while laser cutting titanium. High-power lasers and the right cutting parameters, including laser power, cutting speed, …
Depending on the substance it is used for, a laser cutter removes different materials by cutting and etching them. Laser cutters use high-strength lasers to cut or etch your designs, images, or text into a specific material. The material you intend to use must be put inside the machine’s working area before it can be …
What to consider when buying your first laser cutter Read More »
Fabrication techniques used in industry include sheet metal fabrication as one of the principal processes. Consequently, laser cutting of sheet metal appears to be one of the go-to processes. The production process known as laser cutting makes use of an intense beam of light (a laser) to cut away thin and flat sheets of metal. …
What you should know about sheet metal laser cutting Read More »
Changes to the surface microstructure of materials are impossible unless they first go through cutting procedures. Laser cutting is now becoming one of the most used methods for cutting materials for machining. It helps create patterns following designs and the outputs that are sought. Materials are melted, burned, and vaporized as part of this process, …
Have you ever wondered how the sparkling gold ring you wear may have been engraved? Highly reflective metals pose a risk to operators using lasers to process these metals. Reflective metals are mirror-polished aluminium, copper, bronze, brass, and stainless steel. These metals are primarily used in a diverse range of industries. It can maintain the …
Metals were never easy to cut. Soft metals and metals with a high strain-hardening capability, such as pure aluminum, iron, copper, and tantalum, are notably tricky to cut. The invention of laser technology made metal cutting far too simple. There were still some metals that were difficult to laser cut. Then came Fiber and C02 …
Carbon fiber is relatively lightweight and more robust than one might think – that’s one of the reasons why it’s used in aerospace and automobiles. Its strength-to-weight ratio makes it helpful in various areas, such as sports equipment and wind energy. Carbon fiber can be sliced in many ways. Laser cutting carbon fiber is a …
The laser beam is produced in a CO2 gas-filled tube by a CO2 laser cutter. The material is then brought into focus by the laser beam using mirrors and lenses. Electronic motors move the laser head to etch or cut the workpiece. The form is determined by a raster or vector image. A small area …
English