How Do You Maintain A Steel Laser Cutter?

We offer laser power options of 1000W, 1500W, 2000W, 2500W and 3000W. With a maximum cutting speed of 35 m/min, these steel laser cutter complete jobs quickly with high-level precision. Laguna Tools also offers machines with an enclosed working area to eliminate light pollution.

In fact, the price of a fiber laser machines is determined by its value. The higher the value, the higher the price. The value of the equipment is determined by the factors such as the overall efficiency, age, power, custom format and configuration requirements. One of the high performances of fiber cutting machines is their good processing and long service life. One of the high performances of a fiber cutting machines is their good processing and long service life. If a aluminum laser cutter has a high configuration and full-featured function, its utilization value is very high. At the same time, the price of the fiber laser cutting machine is also affected by the quality of the pipe and whether there is an exchange platform and a protective cover. 

How Do You Maintain a Laser Cutter?

As a major cutting tool in sheet metal processing, the application of Fiber Lasr Cutting Machine has brought better cutting results to customers. With the use of Fiber Laser Cutting Machine for a long time, it is inevitable that large and small failures will occur. To reduce the occurrence of failures, users need to carry out corresponding maintenance work on the equipment at ordinary times.

Corresponding maintenance and maintenance are indispensable for any mechanical product. The same is true for fiber laser cutting machines, but users tend to ignore this problem, which can easily lead to a decrease in the cutting efficiency of the laser cutting machine and shorten the use time of the equipment. , So, what are the tips for steel laser cutter maintenance?

1. CLEAN LASER CUTTER LENSES APPROPRIATELY

Your laser cutter lenses are crucial to the duties your machinery performs, and operators should clean them regularly. Because the lenses can affect the cut's quality — and everyday cutting processes can cause layers to form on the lenses — it's critical to clean the lenses after a particular number of cutting cycles. The laser cutter manufacturer usually prescribes this cleaning schedule, and operators should follow it.

Alongside cleaning them at the right intervals, it's also important to clean them the right way. When operators don't appropriately clean a cutting lens, they could damage it or leave a thin level of dirt on it, affecting the quality of future cuts. 

When operators clean lenses, they should apply an appropriate cleaning agent at the recommended level. After doing so, they should gently polish the lens by hand. Ensuring operators are using the right cleaning agent and being gentle in the polishing station can extend the life span of your lens and keep your laser cutter working at a top level.

2. KEEP THE LASER CUTTER JET CENTERED

During the laser cutting process, the jet plays an essential role. The jet allows auxiliary gas to go through it and directs the laser beam to the metal. After a laser jet goes through a prescribed number of cycles by the manufacturer, an operator should check it. If the jet is off-center, the laser cutter will see decreases in its cutting speeds and precision.

When the operator checks the jet and finds it is off-centered, they should direct the laser to a piece of tape for about a second. After directing the laser for this amount of time, the operators need to check if the hole in the tape is centered appropriately. To examine the tape, operators usually use a magnifying glass to properly inspect the hole's small dimensions. By positioning the laser cutter jet appropriately, you'll see a faster cut and greater precision from your laser cutter.

3. ENSURE LASER CUTTER OPTIC IS FOCUSED

While newer laser cutters often feature optics that focus automatically without input from the operator, older ones often require professionals to do the focusing process. After using a laser cutting machine for a manufacturer-prescribed number of cycles, operators will need to refocus the cutting optics. 

To focus the laser optic appropriately, the operator will start by releasing a low-power laser beam and utilizing the laser cutter's focusing system. During this process, the operator will note the laser beam's color. After the laser beam turns blue, the operator will need to record the values provided by the machine. The operator should then repeat this process three times. With the results, they'll calculate the average of these values and enter them into the laser cutter's system, resulting in a focused optic.

While you can take the above steps as a general rule, your laser cutter manufacturer or laser cutter brand may have different focusing processes. As a result, it's crucial to speak with the manufacturer before you manually focus your laser cutter.

4. MONITOR THE LASER CUTTER'S TEMPERATURE

Your laser's chiller performance is crucial to its functionality. As a result, operators must keep a constant eye on the laser cutter's temperature gauge. All chillers will feature temperature displays or sensors to assist operators as they attempt to keep temperatures at the right level. When left unchecked, extreme temperatures can cause resonator damage, leading to long and expensive repairs. If an operator notices the temperature is off, they need to stop work until they get the temperature back to an acceptable level. 

Some of the most recent control technology allows fabricators to set a constant temperature. Though this removes the need to monitor the temperature consistently, operators must still monitor the chiller units' water levels. When the water builds up in these units, it can create some conductivity. If a chiller unit has high conductivity, it can cause the laser cutter's self-diagnostic features to stop the resonator from working until there are lower water levels.

To lower the conductivity level of the water and the chiller, the operator can run the chiller unit for a few minutes before they begin cutting. The operator can also swap out the resin at appropriate intervals to deionize the water, lowering the conductivity as a result.

Optical fiber laser cutting machine can be almost plugged and play. Each step of fiber laser cutting machine development is hard. The development of science and technology provides greater development space for the future of fiber laser cutting machine. The industry’s investment is more active, and redoubled efforts will make the device have greater potential and better development in the market