Nobody would ever want to go back to the chisel-and-hammer method of carving; that’s way too time-consuming. Thankfully, technology has given rise to a variety of more preferable alternatives, with laser cutters at the top of the chart. Notably, technology comes with increased speed and accuracy, among others.
Furthermore, laser engravers and cutters can be used on a wider range of materials, including leather, wood, chiffon, metal, etc. For your domestic carvings. Flux Desktop Lasers are available at Signmaster and can help you achieve most of your engraving needs. Read along as we’ll share 5 benefits of laser cutting technology in this article.
5 advantages of Laser engraving and cutting technology
1. Increased precision
The application of laser in this technology allows you to achieve a more detailed engraving. While there are bound to be a lot of flaws with other mechanical methods, you’ll be able to make flawless duplicates of originals. Manufacturers can flawlessly create detailed carvings irrespective of the client’s description.
This is achieved mainly because the machine operates without coming in contact with the material. As such, there are almost zero chances of abrasion in the surrounding areas of the concerned areas. Furthermore, the high speed at which the laser beam moves makes very little room for such flaws.
2. Wider application windows
In most cutting or engraving machines, you’ll need different tools or machines to work with different materials. But the reverse is the case with laser cutters and engravers. Laser engraving machines can carve or cut different materials without changing tools.
However, whatever materials you cut with a given setup must have a certain thickness. These machines can effectively work on materials such as granite, paper, glass, wood, plastic, etc. Moreover, you’ll be able to make your cuttings and engravings without causing unforeseen damage to the material.
3. Laser cutters require minimal human interactions.
While many other cutting and carving processes require human power for a major part of their operations, laser cutters don’t. As such, you’ll save extra cash that you would have spent on the extra hands beforehand.
Even though you’ll need a technical expert to oversee the process and man the machine, they’ll have very little to do. If you have some extra cash to spare, we recommend buying a machine with a feeding system and a follow-up conveyor. In addition, the speed and accuracy of these machines are maintained regardless of human interference.
4. Increased production rate and low power consumption
Talking about making cuts and engravings with increased complexness, laser technology is by far the fastest. There’s no point comparing it with other conventional cutting methods such as flame or plasma cutting technology. They still lag behind in speed compared to laser engraving and cutting machines.
The basic settings you need to work on are power and speed. However, you must note that cutting lighter materials like paper will run at full speed but with low power. This is because the higher power setting might result in a discoloration of the material. Also, the machine has limited moving parts, resulting in low power consumption.
5. Near-zero chances of damage to the material
Many people speculate that the high heat and speed of laser cutters are bound to cause damage to the material you’re cutting. They complain that the heat will warp or distort the material. This is not true irrespective of the thickness of the material.
This is because the material doesn’t come in direct contact with the heat from the laser machine. Furthermore, the heat does not affect the tolerance of the material, and the possibility of errors involving laser cutters is about +/- 0.1mm. With this degree of accuracy, manufacturers can deal with any material with very little to worry about.
Conclusion
There are many other benefits of laser cutting machines, but we’ve discussed the noteworthy ones. These machines’ high speed and precision account for their wide application in jobs with a higher level of complexness. The machine also allows manufacturers to make repetitions of previous cuts or engravings with zero deviations.
In addition to cutting and engraving, these machines can perform other tasks such as marking and drilling. However, this technology has cons, such as evaporation, which is common with materials such as plastics. Also, compared to other technologies, plasma cutting, for example, costs about half of what it takes to secure a laser cutter. Thus, it’s quite expensive.
