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Laser Cutting

What is Laser Cutting?

Laser cutting is a method that utilizes intense heat to cut various materials. It has become a popular alternative to traditional cutting because it offers many advantages such as high precision, durability, less power consumption, and faster tool changes than traditional cutters. Fiber and CO2 laser machines are among the most popular laser cutting options, allowing industrial manufacturing to reach new levels of efficiency and productivity.

Laser beams begin at their laser sources and travel through collimators, focusing systems, or other optical equipment before reaching material surfaces. The heat from these focused laser beams causes the material to melt or vaporize, with gas used to blow away the melted or vaporized material from the beam's path. This results in cutting as the laser beam moves.

Laser Cutting

Where is Laser Cutting Used?

AeeFar Airtronics Tech laser systems use high-quality fiber lasers, making them suitable for high power laser machining and micro laser materials processing applications. These systems are equipped with precision motor systems, custom optics, beam switches, processing heads, and software that can handle even the most challenging job shop applications.

Application industry: This product is used in various industries such as solar cell manufacturing (e.g. cutting silicon for solar), industrial manufacturing, jewelry, production of electric vehicle components (e.g. battery foil), medical, decoration, and more.

Advantages of laser cutting

Manufacturers around the world are increasingly using fiber laser cutting due to its higher uptime and throughput capabilities, lower operating costs, and better quality. Benefits of fiber laser cutting may include:

Precise and repeatable high-quality cuts

High-speed cutting

Non-contact cutting with no reduction in cut quality

Minimal maintenance, with tools being highly available

A variety of lasers to cut non-metallic materials

A scalable process from micro cutting stents to shaping structural steel

Easy automation for maximum productivity

The high-precision, high-speed, and quality of laser cutting have made it the technology of choice for advanced manufacturing across a variety of industries.

  • Parameters which influence the laser cutting process
  • Parameters which influence the laser cutting process
  • Parameters which influence the laser cutting process
  • Parameters which influence the laser cutting process

Parameters which influence the laser cutting process

Quality laser cut pieces are very important in laser cutting processes. All cutting parameters can have a significant impact on the end quality of work. Therefore, it is essential to evaluate their effects on the final cut quality.

Discover the versatility of lasers 1

Lasers are commonly used for cutting metal and non-metal materials due to their powerful and precise beam. This enables them to cut almost any contour, no matter how intricate or thin the material may be. Additionally, different cutting gases and pressures can affect both the machining processes and results.

Examples of laser cutting applications

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