As 3D printing has become more affordable for everyday consumers, manufacturers are beginning to explore the technology as a viable option because of its low costs and quick turnarounds. However, this technology has some limitations, including its reliance on design software and the fact that only certain materials can be used. Nevertheless, it is where
Laser cutting is a gold standard when it comes to high-quality fabrication services across industries. This advanced technology creates complex design patterns by cutting into materials including metals, plastic, glass, wood, and many more. From melting, burning, engraving, or vaporizing the material — laser cutting is the ultimate method. This technology utilizes a powerful, focused
In the most advanced Laser (Light Amplification by Stimulated Emission of Radiation) cutting technology, the material is cut by laser beams focussing on a small area of the material. The focused beam melts, burns vaporizes excess material while a gaseous jet removes the debris for a clean cut. Laser cutting is sometimes confused with laser
Laser cutting technology is used by various manufacturing industries due to its potential to cut a wide variety of materials such as wood, plastics, metals, leathers, papers, and others. It make use of a laser beam that is controlled by a computer program to cut material with great precision. It has helped manufacturing industry to
Cutting, slicing, and shaping steel, aluminium, wood, rubber, plastics, etc. was a tedious task until five and odd decades ago. As the laser technology evolved in 1958, it brought lots of ease, safety, and efficiency. The wonders that this modern technology brought in a diverse field from medical, scientific, and manufacturing have contributed a lot