Fiber Laser Cutting Machine

Though the full term is rarely used anymore, the word “LASER” is an acronym for Light Amplification by Stimulated Emission of Radiation. This form of light doesn’t exist in nature and was artificially created to harness the unique properties of light in a controllable device. Lasers vary in light type, intensity, and diameter to facilitate uses across a wide variety of recreational, commercial, and industrial applications. When a part has tight tolerance specifications, needs a precise cut, and/or calls for a small hole diameter in relation to the thickness of the material, then utilise laser cutting.

It is not very common now that we come across the full term of the word laser anymore. The word “LASER” is an acronym for ‘Light Amplification by Stimulated Emission of Radiation’. This specific type of light is not naturally occurring; it has been synthetically generated to exploit the distinctive characteristics of light within a manageable apparatus. Lasers exhibit diversity in terms of light category, strength, and size, enabling their application in a broad spectrum of recreational, commercial, and industrial scenarios.

When a part has tight tolerance specifications, needs a precise cut, and/or calls for a small hole diameter in relation to the thickness of the material, then laser cutting technology is utilised to generate the expected results with the maximum possible accuracy.

CNC fiber laser cutting machines are dedicated metal cutting machines that offer unparalleled speed, accuracy, and repeatability. They are typically suited to cutting mild and stainless steels as well as non-ferrous metals. These laser-cutting machines are often used in engineering for the precision cutting of machine components. For industrial applications, a laser cutting machine is often used to cut structural and piping materials and flat sheet materials such as metal.

fiber laser machines are efficient enough to reduce overhead and operating costs due to their durable components, few consumables, and ability to run successfully with minimal maintenance requirements. Another distinctive feature of laser cutters is speed, which can cut parts with high precision within seconds. This feature reduces production times, which not only increases productivity per hour but also reduces cost and multiplies the output of any engineering unit.

Another feature of CNC laser cutting machines that makes them the first choice of many engineering units is their versatility. The versatility of the laser cutting process, paired with the high degree of precision it provides, has made laser cutters a popular fabrication process in several industries.
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The use of fiber laser cutting machines has shot up remarkably in many industries in the last 10 years. Agriculture, contract manufacturing, military, and construction industries have started making use of fiber laser cutters, which have evidently generated better results.

The versatility of fiber lasers doesn’t limit itself to industries; it also extends to the materials they work on. These lasers can cut through metals like aluminium, stainless steel, and other mild steels with only a small kerf (the material width removed by a cutting process) without producing any other damage to the material.

CNC fiber laser cutters have not become popular and famous across industries for their multiple benefits, which have been a solution to situations that were challenging for engineering companies a few years ago.

• • It has limited to no physical contact during the cutting process, which reduces the risk of accidents
  • Increased worker safety over hand-held cutting methods.
  • Suitable for a broad range of metal types, it is an efficient solution for multiple metals.
  • A single laser machine cuts through many types of metal, making it a cost-effective investment for factories and other manufacturing units.
  • Significantly higher cutting precision and tighter tolerances than other methods, such as plasma cutting.