Oxy fuel cutting is a method for slicing through steel using a torch. The torch mixes fuel gas and oxygen to heat the metal surface. Once the steel reaches its ignition temperature, a jet of pure oxygen is blown through the heated area. This burns the metal and forces out the molten oxide, creating a narrow, clean cut.

Working with stainless steel sheet metal demands precision and expertise. Many manufacturers struggle to achieve clean cuts, manage costs, and maintain quality standards in their

To laser engrave anodized aluminum, use a fiber laser or CO2 laser with enough power to remove the anodized layer without damaging the base metal. Focus the beam precisely, and adjust the speed and frequency to match the thickness of the anodized coating. Avoid too much power or multiple passes, which can burn or blur the mark. A good setup ensures clean contrast and long-lasting results.

Laser cutting aluminum is a precise method that uses a focused beam of light to melt and vaporize the metal. It offers advantages like clean edges, minimal material waste, and the ability to create complex designs. However, due to aluminum’s unique properties, including its high reflectivity and thermal conductivity, it requires specific equipment and expertise.

While our laser cutting machines hum and buzz, we discuss another unique technology daily. Have you ever thought about the capabilities of water in manufacturing?

Plasma cutting is a thermal cutting process. It uses a stream of hot plasma to cut through metal. The machine pushes compressed gas through a small nozzle. At the same time, an electric arc heats the gas until it turns into plasma. This plasma is hot enough to melt metal.

Shengen provides precision sheet metal fabrication parts. Have you ever wondered how we produce custom parts of high quality for different industries? Using cutting-edge technologies, such