Overview

Atomstack laser engraving machine is a device based on the principle of laser beam cutting, which can be used for marking, marking, engraving and cutting on the surface of various materials. With the continuous development of science and technology, laser engraving machines are used in more and more fields, such as printing, medical, textile, decoration, advertising and other industries. But for many people who have never been in contact with laser engraving machines, how to choose a laser engraving machine that suits their needs? This article will explain how to choose a laser engraving machine from the following aspects: laser source, processing range, precision, speed, control software, accessories and after-sales service.

Laser Source

Laser source is the core component of Atomstack S20 Pro laser engraving machine, usually there are three types of CO2 laser, fiber laser and semiconductor laser. Different types of laser sources have different advantages and disadvantages, and the laser source needs to be selected according to the needs of use.

Co2 Laser

CO2 laser is one of the commonly used laser sources at present, with a wavelength of 10.6 microns, which is mainly suitable for cutting and engraving of non-metallic materials. CO2 laser has high power density and large cutting depth, which can quickly complete large-area cutting and engraving tasks. However, the beam quality of CO2 laser is not as good as that of fiber laser and semiconductor laser, so its engraving accuracy is relatively low.

Fiber Laser

The wavelength of fiber laser is 1.06 microns, which is mainly suitable for cutting and engraving of metal materials. Fiber laser has high beam quality and small focal spot diameter, which can realize high-precision cutting and engraving. However, fiber lasers have low power densities and are only suitable for cutting and engraving thin sheet materials.

Semiconductor Laser

The wavelength of semiconductor laser is between 0.8 micron and 1 micron, which is suitable for cutting and engraving of metal and non-metal materials. Semiconductor laser has high beam quality and small focal spot diameter, which can achieve high-precision cutting and engraving, and has high power density, which can complete some processing tasks that require high power. However, semiconductor lasers are expensive, and economical considerations need to be considered.

Processing Range

When choosing an Atomstack S30 Pro laser engraving machine, you need to consider the processing range, that is, the maximum size that the laser engraving machine can process. The processing range determines the size of the materials and products that the laser engraving machine can process. If you need to process large materials and products, you need to choose a laser engraving machine with a larger processing range. However, laser engraving machines with a larger processing range are more expensive, and economical efficiency needs to be considered.

Accuracy

The precision of the laser engraving machine refers to the precision of the processed product, which affects the quality of the product. The accuracy mainly depends on the beam quality of the laser source and the accuracy of the machine tool, which needs to be selected according to the use requirements.

Beam Quality

The beam quality of the laser source is one of the key factors affecting the accuracy of the laser engraving machine. A laser source with better beam quality can provide a more stable and uniform beam, resulting in higher precision of processed products.

Machine Tool Precision

Machine tool precision refers to the movement precision of the laser engraving machine itself. The higher the precision of the machine tool, the higher the precision of the processed product. It is necessary to purchase a machine tool with high precision.

Speed

The speed of the LaserPecker 3 laser engraving machine refers to the distance that the laser processing head moves per second, which is one of the important factors affecting the processing efficiency. The speed of the laser engraving machine not only affects the processing efficiency, but also affects the processing quality, because too fast speed will affect the processing quality. The speed needs to be selected according to the usage requirements.

Control Software

The control software of the laser engraving machine is one of the key factors to determine the processing efficiency. The control software can not only control the movement of the laser engraving machine, but also design and edit graphics, adjust the scale, set parameters, etc. It is necessary to purchase control software with easy operation and high efficiency.

Accessories

Accessories include radiators, exhaust fans, electrostatic precipitators, etc., which are necessary for the normal operation of the laser engraving machine. It is necessary to pay attention to the purchase of accessories that are easy to install and use well.

After-sales Service

After-sales service is one of the important factors to consider when choosing an Ortur Laser Master 3 laser engraver. After-sales service includes after-sales technical support, maintenance guarantee, spare parts supply, etc. It is necessary to choose a manufacturer with perfect after-sales service.

In short, choosing a laser engraver that suits your needs needs to consider many factors, such as laser source, processing range, precision, speed, control software, accessories and after-sales service, etc., and you need to choose according to your actual needs. Welcome to Htpowlasers to shop for the best laser engravers.