For quick projects requiring basic cuts on thick metals, plasma cutting proves more cost-effective and faster. However, laser cutting excels in precision work, offering superior edge quality and tighter tolerances, making it ideal for complex designs and thin materials.

Laser cutting revolutionizes acrylic fabrication through concentrated beams of light that melt and vaporize material with microscopic precision. This technology achieves clean edges, complex patterns, and detailed cuts impossible with traditional methods. Modern laser systems can handle various acrylic thicknesses and types while maintaining exceptional accuracy.

Laser etching and laser engraving are distinct processes that create markings on materials. Etching involves melting the surface to create raised marks, while engraving cuts deeper into the material to remove layers. Each technique has its advantages and is suited for different applications.

Sheet metal laser cutting is a process where a high-powered laser beam is cut through various types of sheet metal. The laser melts, burns, or vaporizes the material, creating precise and intricate cuts. Controlled by a computer, the laser follows a pre-determined path, ensuring accuracy and efficiency in producing prototypes and mass-production parts.

The cost of laser cutting depends on several factors, such as the material, thickness, complexity of the design, and total cutting time. You should first consider the cost of the material you will be using. The cost of different materials varies, and thicker material increases the time required to cut it.

Laser cutting stainless steel involves a focused laser beam that melts the metal along the desired cut line. By controlling the laser’s power, speed, and focus, we can achieve clean and precise cuts. This method is efficient and offers superior accuracy compared to traditional cutting methods.

Plasma cutting involves using an ionized jet at high temperatures to cut metal. Plasma, an ionized gas, conducts electricity from the plasma-cutting machine to the workpiece. The heat melts metal, and the high-velocity ionized stream blows away the molten metal.

Brass laser cutting is a processing method that uses laser technology to cut brass materials. Laser cutting utilizes a high-energy laser beam to melt, vaporize, or blow away the material, thereby achieving the cutting of the material. Brass can achieve high precision and high-efficiency processing through laser cutting, making it suitable for various application fields in manufacturing.

Whether it was efficiency, precision, or budget, we’ve all had challenges with metal cutting. Oxy fuel cutting is a technique that has been around for

Sheet metal fabrication is an art, especially when dealing with stainless steel. Have you ever wondered how we at Shengen achieve those fine cuts on

Every industry is a world of its own, rich with specialized knowledge and nuanced practices. Our world at Shengen revolves around sheet metal fabrication and

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?

As an experienced manufacturer in the sheet-metal fabrication industry, many people ask me about the methods Shengen uses to produce our high-quality products. One question that

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