Should the laser cutting machine choose carbon dioxide or optical fiber?

Should the laser cutting machine choose carbon dioxide or optical fiber? This is a question worth tangling. Two types of laser cutting machines currently occupy most of the industrial market: traditional carbon dioxide gas lasers and new solid-state fiber lasers. In the past two decades, carbon dioxide lasers have been the main force in the metal manufacturing industry. These lasers work by passing current through a gas-filled resonator (including carbon dioxide) and using mirrors to focus and transmit the beam. In fiber lasers, a set of diodes are used to create the laser, which is then guided and amplified by fiber optic cables, similar to the methods used in the telecommunications industry.

Fiber laser made its debut in 2008. Compared with COCO2 lasers, it has lower operating costs and cutting speed. Faster. In the early days, fiber technology could only cut thin materials at such a high speed, but with the advent of more powerful lasers, fiber lasers can even show strong performance at 0.5 inches of cutting speed. Thick material. Therefore, fiber lasers are often a popular choice, despite their higher prices.

In addition, fiber technology may open up new opportunities for manufacturers. These machines can cut reflective materials, such as brass and copper, which are difficult with carbon dioxide lasers.

Some applications are still more suitable for COCO2 lasers, such as applications that require good edge quality on thicker or special materials. In addition, some manufacturers may feel comfortable with carbon dioxide emission technology because they have used the technology for several years and the company has in-house maintenance experts.

After the warranty period ends, remember that you will have to decide whether to continue maintenance. Are you willing to rely mainly on OEMs to provide services, or hope to be self-sufficient (may rely on third-party sources for maintenance)? Unlike traditional carbon dioxide resonators, because fiber lasers have fewer moving parts or mirrors when producing lasers, they are Less maintenance is required during use.

Selecting a certain level of automatic material handling equipment is also an important consideration. This is especially important today, mainly because the cutting speed of fiber laser technology is greatly accelerated.

This is why it is necessary to understand how to use this new laser cutting capability. Do you plan to run the laser for only a few hours a day or work in multiple shifts? Based on the typical time for processing a piece of material, can your operator keep up with the manual loading and unloading of the laser, even if it has a second shuttle table? Reduced labor in parts production How important is cost to your business’s profitability and staying competitive?

Sometimes metal manufacturers choose not to purchase material handling automation immediately. If you choose this route, make sure that pallet systems and even automated storage and retrieval towers can be easily added in the future.

Over the years, has become very popular as more and more people are trying it out.

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