Here are some of the key advantages of using laser cutting to cut metals:
Speed: Laser cutting is much faster than traditional cutting methods.
Accuracy: The process offers high precision and accuracy.
Low cost: Laser cutting is cost-effective, especially for complex designs and large volumes.
Cut any metal: With the right power, a laser cutter can cut almost any type of metal.
Clean cuts: The laser cutting process results in clean, smooth cuts with minimal burring.
Versatility: It can be used for cutting complex shapes and designs.
No contact: As a non-contact process, it minimizes damage to the target material.
Automation: Laser cutting can be fully automated for increased productivity and consistency.
Laser cutting is a technique that utilizes high-power lasers to cut through various materials, including metal. It’s known for its high precision, speed, and versatility, and is a preferred method for numerous industries. This guide aims to provide a comprehensive look at laser cutting metals, focusing on its process, capabilities, applications, and various parameters.Metal Laser Cutting.
How does metal laser cutting work?
Metal laser cutting involves a highly concentrated laser beam that’s directed onto the metal surface. The heat from the laser melts or vaporizes the metal, producing a clean, accurate cut. Here are the main stages of metal laser cutting:
Designing the cutting pattern: Before the actual cutting, the design or pattern is created in CAD or other graphic software.
Configuring the laser cutter: The operator sets the power, speed, and focus of the laser according to the type and thickness of the metal.
Cutting the metal: The laser cutter follows the design pattern, cutting through the metal with high precision.
Cooling and post-processing: After cutting, the metal parts are cooled and any residual debris is removed. Additional post-processing steps may include deburring or applying protective coatings.
Fiber laser cutters
Fiber lasers are known for producing narrower beams, thus providing about quadruple the effective power for the same laser output energy. They operate faster and with greater precision than their CO2 counterparts. Fiber laser cutting has lower operating costs due to electrical efficiency and solid-state construction, but they require more nitrogen shielding gas in the cutting process. They are suitable for high-precision cuts on thinner metal parts.
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Негізгі бет 16mm Carbon steel/MS cut by 3KW Fiber Laser
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