An Laser pointer is a device that can significantly speed up and simplify the process of applying images to the product surface. This method of decorating and identifying things has been used since ancient times. The earliest carving tools can be traced back to the Stone Age. In that era and many centuries later, skilled engravers copied patterns, inscriptions and pictures by hand, and produced particularly complex images in weeks and months. For centuries, with weapons, armors, snuff bottles, and many other products carved with drawings, you will admire the elegance of lines and the complexity of outlines. You also learned about other situations: accidental movement of the product during work, handshake, excessive pressure and other errors often lead to irreversible consequences.
We believe that computers can be a powerful tool for expressing creativity, and we believe that digital technology can be an important supplement to traditional production and maintenance. However, one of the obstacles to using tools such as 3D printers or even craft cutters is that even creating simple shapes (such as squares), let alone creating personal designs, usually requires young learners to learn complex software and familiarize themselves with input Tools, such as a mouse or trackpad. There is nothing wrong with learning to use CAD and graphic design software or coding languages, but a good patching activity is first of all the creativity and expression ability of the learner, not the creativity of the software.
If you want to use a laser engraver cutting machine to make 3D objects, you need to assemble them into the final object after producing the flat parts. This usually applies to angular creations, such as boxes and pyramid-shaped objects. The ability to engrave materials with a laser cutter allows you to personalize your work by creating panels or nameplates with names or phrases to attach to the final product.
However, despite the rapid development of the electric engraving machine business, the human factor problem has not disappeared: the masters still have to work manually, it can be said that now only need to practice hands, tools made of metal. Therefore, even if this technology is used, serious and non-serious defects often occur.
This is especially true in all areas of product customization. Laser engraving is one of the most common areas. Finding these errors and taking measures to resolve them is half the battle.
The real breakthrough in the work of engraving machines is the emergence of computer-controlled milling equipment. Small desktop computers can take over all work and can perform faster and better. The number of errors and inaccuracies is reduced to a minimum, and the production of the product can be carried out smoothly, because the CNC milling machine can not only work quickly, but also can repeat the same engraving track in the program according to the program.
The work quality of CNC engraving and milling machine is high, but the image detail and application speed are not as good as blue laser pointer, but the equipment still has shortcomings, but this does not stop its demand. First of all, we are talking about the fact that no matter how thin and sharp the tool is, it cannot perfectly reproduce all the nuances and contours of complex images. The working error of the milling machine and engraving machine is about 0.5 mm, so it is impossible to use it to reproduce micro pictures or small text.