Laser Cutting: How It Works and Industrial Applications

Laser cutting is one of the most innovative and efficient technologies in the manufacturing industry. 

This process uses a concentrated beam of light to cut high-strength materials, such as steel and other metals. In this article, we'll explain everything about this technology.

How Does Laser Cutting Work?

It is based on the use of an extremely powerful and focused beam of light, known as a fiber laser.

This light beam is generated from a high-power energy source and channeled through optical fiber.

The specific wavelength of the laser allows precise focus on the material being cut, generating a significant amount of heat in a very small area.

This heat melts or vaporizes the material, achieving precise and clean cuts across a wide range of materials.

Optical fiber is crucial in this process, as it directs the beam of light precisely to the exact point where separation is desired.

Additionally, the process is automated, ensuring a high level of repeatability and accuracy for each piece.

What Can Be Cut with Laser Cutting?

Laser cutting is widely used to work on materials with different characteristics and properties. Some of the most common materials include:

· Metals: Carbon steel, stainless steel, aluminum, copper, brass, and other metals requiring precise and high-quality separation.

· Non-metallic materials: Although it is more common in the metal industry, it can also be applied to other materials such as plastics, wood, and acrylics, depending on the type of laser and power used.

This process is especially effective in manufacturing industrial parts that require high precision and a perfect finish without extensive post-processing.

The ability to cut steel and other metals precisely is highly valuable. This technology does not damage the surrounding material, making it a prized tool in advanced manufacturing.

What Are the Applications of This Technology?

Laser cutting has numerous applications in various industrial sectors, where precision and efficiency are key. Some of the most notable applications include:

· Metal part manufacturing: Perfect for creating high-precision metal parts, including machinery components, automotive parts, and aerospace industry components.

· Electronics industry: Enables the production of small and complex parts needed for devices such as cell phones and computers.

· Construction: Used to manufacture metal structures and decorative elements that require high precision and aesthetic finishes. It also allows cutting complex and customized geometric shapes according to project requirements.

· Medical sector: Used to create medical parts, surgical instruments, and high-precision devices.

Where to Find Laser Cutting Machines?

If you’re looking for high-quality laser cutting machines, it's essential to choose equipment from recognized manufacturers that guarantee precision, durability, and technical support.

YANGLI is the largest Chinese manufacturer of presses and laser cutting equipment. We offer advanced options to meet the industry's needs in Mexico. Some of our featured models include:

· Fiber Laser Cutting Machine Model BL: Ideal for high-precision applications, equipped with single reinforcement technology for efficiency.

· Dual-Reinforcement Laser Cutting Machine Model GL with Exchange: Designed to maximize productivity in industrial metal cutting processes.

· Tube Laser Cutting Machine Model PL: Specifically designed for cutting tubes made from various materials and diameters, facilitating the segmentation of tubular pieces with great accuracy.

These machines offer various options to adapt to the specific needs of each project. We invite you to explore our catalog to learn more about fiber laser cutting equipment and other industrial solutions.