Finding The Perfect Fibre Laser Cutting Machine
After using CO2 cutting machines for over 2 decades, fibre laser was introduced and gained legal acceptance in 2008. Since then, many industries have opted for fibre laser cutting machines in various applications that including cutting metals, thin and thick flat surfaces. Although only a couple of manufacturers existed when this powerful cutting machine was accepted, the number has tremendously risen and several brands now exist in the market. Landing a fibre laser should not be an overwhelming task. However, not all such machines you find will depict desirable characteristics. You must therefore carefully examine its mode of functioning, vulnerabilities, ease of use and durability among other things. Here are a few insights to help you land the best fibre laser cutting machines but first, a brief description on how it works:
How does it work?
Like any other laser equipment, the fibre laser works by concentrating a powerful beam that is absorbed into the material that is to be cut. The machine uses the powerful laser to focus a fierce beam that can cut straight into the material. There are different options depending on the material to be cut. Thin flat materials will require less powerful beams compared to thick metal. Each fibre laser is therefore calibrated according to the intensity of the beam it produces then turned on. Fibre lasers are available in 2 kW to 6kW ratings with the 4kW laser being the most prevalent in the range. When evaluating cutting machines, the two most important details to consider are the operating costs and cutting speeds. Obviously, fibre laser is cheaper and faster than the CO2. However, aspects of material length and thickness cutting speed comparison across the different brands must also be carefully examined.
How to find the best fibre laser
Many fibre laser manufacturers have sprung up since 2008 when the first laser was accepted for material cutting. It is therefore important to carefully sort through the list in order to land the best option. First, you must identify your requirements and application. Some applications require the 2kW, while others demand a more powerful laser. It is only after you determine which one saves you more money without compromising on the output quality that you should head to the market. Most manufacturers own a business website where they describe their offers. You can always look through previous client reviews and comments to collect insights on the effectiveness of any given brand. It is also important to gauge the reputation of the company offering those specific fibre laser cutting machines. If you want to get the ideal laser for your applications, then consider speaking to laser cutting manufacturers. They can perform studies with their machines and your parts to design powerful lasers that will meet your unique requirements.
Conclusion
Fibre lasers have not replaced the CO2 cutting machines but definitely provide a more efficient cost effective alternative. As such, you should aim at finding the perfect fibre laser for your requirements. It is advisable to purchase from credible licensed manufacturers that are allowed to offer the product in the area. They should also have quality guarantees and warranty provisions. This way, you can expect original genuine quality that will serve you for many applications before you need a replacement.