How to Select the Right Fiber Laser Cutting Machine

The metal fabrication business has seen a revolution thanks to fiber laser cutting machines, which offer high precision, efficiency, and versatility at a price point that is one-third of what it was only a few years ago. To maximize efficiency, quality, and return on investment, organizations must use the best fiber laser cutting machine. The key factors of selecting a fiber laser cutting machine will be covered in this article, with special focus given to table size, resonator power, automation possibilities, factory support, and, of course, price. 

Selecting the Right Table Size:

The largest dimension of the material that a fiber laser cutting machine can handle depends on its table size. The average sheet size or workpiece dimensions you will be dealing with should be taken into account when select a machine. You can increase your capacity to a 6' X 12' machine or even greater, even though practically all machines are standardized at 5' X 10'. As you increase the size of the laser table's cutting capability, you also reduce competition because fewer tables are offered at these larger sizes, which results in fewer rivals. Selecting a table size that can comfortably hold your largest workpieces while allowing for some flexibility is important. It's also important to make sure the table can hold the largest blank sheets you can find at the best costs, which are at times 5' x 12' sheets. While undersized tables, such 4' X 4' machines, may significantly restrict your production possibilities, oversized tables can be more expensive and inefficient if you are unable to employ the capability.

Resonator Kilowatts: Choosing the Right Power for Thickness & Speed

The cutting power of the fiber laser machine is based on the resonator kilowatt rating. Depending on the required cutting speed and the thickness of the materials you will be cutting, it is essential to select the right power level. Higher power levels are typically needed for thicker materials to achieve effective cutting and piercing. Finding a balance between power and speed is crucial, too, since greater power lasers may also raise operating expenses and reduce overall output. The most common options as of this writing are in the 6–12 KW range; however, larger KW doesn't always translate into greater thickness cutting capacity but rather more linear cut speed. Additionally, it's important to match this to the machine's acceleration because having a machine that can cut lightning quick is useless if it enters and exits corners at turtle speeds. 

Automation Options: Adding Auto Sheet Loaders/Unloaders for Performance & Payback

A fiber laser cutting machine's performance and productivity can be greatly increased by automation options, which can also speed up payback. If you have large production quantities, you should think about including an automatic sheet loading and unloader system into your machine. You may keep your machine operating continuously by installing a sheet loading and unloading system.