Laser engraving machine classification

Through comparative analysis, laser engraving machines can be divided into three types: carbon dioxide (CO2), galvanometer (GALVANOMETER) and YAG.

Categorized by size, power, and speed, laser engraving machines come in various types. However, when it comes to the gift industry, only two are commonly used: carbon dioxide (CO2) and YAG. The main distinguishing factor between these two types lies in the materials utilized to generate the laser beam. The CO2 type utilizes a combination of cations and CO2 gas molecules to create the laser beam, while the YAG type uses yttrium aluminum garnet crystals or rods. Due to their varying light sources, each engraver emits a different wavelength of laser light, making them suitable for engraving different materials.

Flying laser engraving machines, also known as flatbed laser engraving machines, are the most common types in the gift industry and use carbon dioxide (CO2) laser tubes. Laser engravers also use YAG laser tubes, but not as much. A carriage moves back and forth across the flatbed of a laser engraver to move the laser beam.

As an alternative to carbon dioxide (CO2) laser tubes, vibrating mirrors use a rapidly rotating mirror to control the movement of the beam across the work surface, allowing it to move at high speeds since the whole car doesn't need to move.

Market-leading laser engraving and cutting machines

While the vibrating mirror type has its drawbacks, such as its smaller processing area (usually 12x12 or 14x14 inches) and curved cuts, it offers the same wattage output as a flatbed structural laser engraver at 100 watts. However, the advantage lies in its speed, which surpasses that of a flatbed engraver when using the same power. Primarily used for marking rather than cutting, the vibrotype is often preferred by companies and is sold alongside plate type CO2 laserpecker pro 2. Furthermore, advancements in plate type engraving have made its speed increasingly faster, creating a noticeable disparity between it and the slower vibrating mirror type.

Laser tubes made of carbon dioxide (CO2) are widely used because they are extremely versatile. Plastics, acrylic, colored metals, glass, leather, paper, fabric, wood, marble, and many other materials can be engraved or marked by carbon dioxide (CO2) laser engravers. In addition to engraving, many of these materials can also be cut. The only ones that cannot be engraved are unplated metals.

There are two main categories of YAG lasers, differentiated by the method used to excite the YAG crystal: flash lamps or diodes. While flash lasers produce a fine laser beam and require a high-power supply, diode lasers use purer light and do not necessitate a powerful power source. It should be noted that both types emit at the same wavelength. In terms of efficiency and cost, diode YAG laser engravers outperform flash laser engravers and are more expensive than CO2 laser engravers.

While YAG laser engravers excel in industrial applications such as device marking due to their effective wavelength for metals, laserpecker laser engraver are limited in engraving materials like wood, paper, cloth, glass and plaster. On the other hand, mechanical engraving machines have been a staple in the gift manufacturing industry for a long time and are still widely used alongside YAG lasers. However, for deeper carving needs, a mechanical engraving machine is necessary as YAG lasers can only achieve surface-level marking on metals.

Because laserpecker 1 pro engraved inscriptions, patterns of the hand is irreplaceable, people always like traditional, classic things, which is why mechanical engraving is still widely available. Human beings are naturally drawn to sculptural objects. Whenever they see a sculpture, they always want to touch it.

You will have a lot of problems if you do not have a laser engraving machine. Also, some corporate businesses can only be done with a mechanical engraving machine, so it is a good idea to have a mechanical engraving machine and a laser engraving machine at the same time, which they will complement each other well.

laser engraving machine classification of laser engraving machine

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