We have witnessed a widespread rise in laser cutting technology over the last few years.

Two major factors that are responsible for the popularity of laser-cutting machines are accuracy and affordability.This growing popularity indicates that more people have started availing benefits of the machine.

The hazards associated with laser cutting include the possibility of fire and the generation of harmful products that can cause damage to eyes and skin.

It is also advisable to purchase machines that deliver safe solutions.

Most of the machines that are secure have Mitsubishi spare parts or Fanuc spare parts installed in them.This post discusses 4 best practices while using a laser machine to prevent hazards.Beware of Unknown MaterialsGenerally, people believe that they can use the laser machine only for cutting wood or metal.

On purchasing one, they realize that they can also use it for a variety of materials like paper, cardboard, glass, fabric, stones, etc.

However, with proper information and some cool tips, you can improve your plasma cutting quality on your own.

Based on these details, the cut chart would show the appropriate consumables, amperage, cut and pierce height, shield gases, etc.

The arc voltage measurement, cutting speed, torch to work distance are other parameters listed in the chart.

They are essential for precision, and any damage could affect the quality and system performance.

Use branded alternatives like Mitsubishi spare parts, or Mazak used parts.

Hold Right Torch to Work Distance Ensure that your torch is not close or far away from work, or it would cause rounded cut edges.

And you leave the rest of the pieces with the burred finish.

Here are some handful of strategies to help you get the burr-free prints the way you want.What Causes Burr?During the process of laser cutting, the laser beam’s intense energy brings the metal beyond its melting temperature, and the powerful action of the assist gas leaves the metal from the kerf.

When you use nitrogen, the cutting process relies on the beam’s energy to melt the metal.

With oxygen cutting, you have much lower pressure and slower dynamic flow of the gas.

After determining the smallest nozzle diameter, you need to determine the lowest possible pressure to obtain a quality cut with good molten metal separation with no burrs.

Eventually, it causes vaporization which disturbs the gas flowThat disturbance, in turn, causes more burrs, not less.

Nozzles control the flow, speed, direction, mass, shape, and pressure of the stream that emerges from it.

There are different types of nozzles for different purposes.Nozzles are an important part of laser machines as they help to cut sheets perfectly.

This has continuous movements of the processing head without stopping, and only the laser beams are switched on or off.

This has a magnetic damage reduction mechanism that secures from any kind of damage.This laser machine helps to save a lot of time as it is user friendly.

Once you scan, you just need to start the machine with a simple button, minimizing the setup time!

Mitsubishi lasers are so user friendly that even a person who does not know how to use them can operate them and has superior cutting results.

CO2 vs Fiber Laser is one of the common discussions in the manufacturing circle for many years.

They do so as they have noted the difference in technologies, abilities, and performance.

Ultimately the selection of the technology comes down to the material you are cutting and its thickness.The common thing between them might be Mitsubishi spare parts and Trumpf parts.

CO2 Lasers CO2 laser development dates back to 1964 by Kumar Patel.

It is one of the oldest gas lasers available.What is CO2 laser cutting?In CO2 laser cutting, the light begins to process when electricity runs into a gas-filled tube.

The gas is usually a blend of nitrogen, helium, hydrogen, and carbon dioxide.

For years now, there have been debates over which laser is better: a diode laser or a Co2 laser?

It contains CO2, helium (He), nitrogen (N2), and some amount of hydrogen (H2), water vapor, and/or xenon (Xe).

It operates either using DC current, AC current, or in radio frequency (RF) domain.

To know about diodes, let's go back to old times when Albert Einstein first defined the principle of stimulated emission in 1917.

This stimulated emission triggers by supplying energy to an ideally light amplifying material that delivers energy in the form of light.

Whereas, professional and industrial units have up to 150 watts.