Laserpecker laser engraving machine is a device that uses laser beams to engrave and cut objects. Due to the characteristics of high energy density, high precision, and non-contact, lasers are widely used in industries, manufacturing, and art. With the continuous advancement of technology and the continuous increase of market demand, there are many types of laser engraving machines on the market, and the quality differences are also large. How to choose a suitable laser engraving machine project has become a concern for many people. This article will start from the basic principles, application requirements, technical parameters and other aspects of laser engraving machines, and introduce how to choose a laser engraving machine project that suits you.
The Basic Principle Of Laser Engraving Machine
LaserPecker 3 laser engraving machine is a device that uses laser beams to process materials. Its basic principle is to use laser beams to irradiate objects, so that the processed parts absorb laser energy and generate high-temperature melting or vaporization, so as to achieve the purposes of engraving and cutting. . The core part of the laser engraving machine is the laser and the optical path system, in which the laser beam generated by the laser needs to pass through a series of optical path systems composed of mirrors and lenses to focus the laser beam to a very small diameter, and then scan it on the material to achieve processing the goal of.
Before choosing the laser engraving machine project, we need to consider our own application requirements, because different requirements require different equipment. Generally speaking, the application fields of laser engraving machines include the following aspects:
1. Industrial field: mainly used for engraving, cutting, marking, drilling and other processing of metal, plastic, ceramics and other materials.
2. Art field: mainly used for making wood carvings, stone carvings, glass carvings, portrait carvings, etc.
3. Jewelry field: mainly used to make precision parts such as jewelry, clocks, glasses, etc.
4. Manufacturing field: mainly used for high-precision processing of auto parts, aircraft parts, mechanical parts, etc.
5. Education field: Mainly used in learning, teaching, scientific research and other aspects.
According to different needs, the performance, precision, power and other technical parameters of the laser engraving machine will also vary.
Technical parameters are important factors to consider when choosing an Atomstack laser engraver project. Common technical parameters include marking area, marking accuracy, laser power, laser type, scanning method, etc.
1. Marking area: the marking area refers to the maximum area that can be processed by the laser engraving machine. Different laser engraving machines have different marking areas, generally divided into three types: small, medium and large. Users can choose the appropriate specification according to their needs. .
2. Marking precision: Marking precision refers to the minimum error that can be achieved by laser engraving machines, generally in mm. The higher the marking accuracy, the more fine products can be produced, but the price will also be higher.
3. Laser power: Laser power refers to the laser energy output by the laser engraving machine. Different application requirements require different laser power. Generally speaking, low-power laser engraving machines are suitable for processing non-metallic materials, such as wood, paper, cloth, etc., and high-power laser engraving machines are suitable for processing hard materials such as metals.
4. Laser type: The laser types of laser engraving machines are divided into CO2 laser, fiber laser, diode laser, etc. Different laser types have different characteristics and application ranges.
5. Scanning mode: Scanning mode refers to the movement mode of the laser engraving machine during scanning and processing, which is divided into two types: XY axis plane scanning and three-dimensional scanning. Generally speaking, plane scanning is suitable for processing flat materials, while stereo scanning can process three-dimensional objects.
Brand selection is also very important when choosing the Atomstack S20 Pro laser engraver project. There are many well-known laser engraving machine brands at home and abroad, such as Atomstack, LaserPecker, Ortur, etc. Users can choose well-known brands to ensure the quality of equipment and after-sales service. At the same time, it can also be considered comprehensively through word of mouth, evaluation, user experience and other aspects.
In short, choosing a suitable laser engraving machine project requires comprehensive consideration from the basic principles of the laser engraving machine, application requirements, technical parameters, brand selection, etc. Users should choose laser engraver that suits their needs, and pay attention to the quality of the equipment and after-sales service.