Laser engraving machine factory right now: To choose the right laser marking process, you should rely on three factors: The marking’s resistance: its capacity to remain legible under harsh conditions; The laser marking speed: the marking time that prevents production bottlenecks; The material being marked: its compatibility with the marking method. Laser engraving technology is typically used to engrave metal workpieces that will be exposed to various types of wear or surface treatments. Metal engraving works with steel and aluminum (including anodized and die-casting aluminum). Find additional details on laser machine manufacturer.
Laser marking machines use laser beams to reveal the deep of material or cause physical changes in the object, then operational traces appear so that the material emerges with the desired graphics, images, text, and other permanent marks. Laser marking processing is divided into two types: thermal processing and cold processing. In thermal processing, a high-energy-density laser beam is irradiated on the surface of the material being processed. The absorbed laser energy causes a thermal excitation process in the irradiated area, causing the temperature of the material surface (or coating) to rise, resulting in metamorphism, melting, ablation, evaporation, and other phenomena.
Directivity is good – ordinary light source (the sun, incandescent or fluorescent lamp) to emit light in all directions, but the direction of the laser light can be limited to less than a few milliradians solid angle, which makes the illumination in the irradiation direction of 10 million times. The laser diffuses every 200 kilometres diameter less than 1 meter, if shoots to the moon which is 3.8 × 105km from the Earth, the beam diffuses less than 2 kilometres, but the ordinary searchlight diffuses several kilometres to dozens of meters. Laser collimation, guidance and ranging make use of good directivity.
It uses a fully enclosed air-cool laser system with a marking depth of up to 1.0 mm. Able to do fine marking/deep engraving even simple cutting with fast speed, simple operation, and long laser lifespan. Able to do rotary 360-degree continuous marking on bangles, rings and other circular objects. Its built-in computer system and compact design make it become the most suitable in retail shops to offer instant customization for customers.
CPM-R8 has the same functions as the CPM-R except it has a built-in touchscreen WINDOWS OS computer. It is a plug-and-play all-in-one machine. It can be used with either a wired or wireless mouse and keyboard. It can mark the inside and outside of rings and bangles as well as flat surfaces. It produces a shiny mark with no material loss and no need for additional polishing. CDC-A3 is applicable for flat cutting of metal materials with a simple programming design, low maintenance cost, high precision. It is able to cut on materials with a minimum thickness of 0.1mm. The cutter is made of industrial-grade diamond. You can create unlimited designs by changing the position of cutters. Its fully enclosed design, keep all material lost to the minimum. Discover more info on https://www.cosmolaser.net/.
CUV is applied to both metal and nonmetal materials. It is widely used in the jade, wood, acrylic, crystal, semi-precious stone, glass, plastic, gift, jewelry, hardware, and etc. The “cold” laser process results in very fine marking. Also capable of subsurface marking on transparent materials such as crystals. Provide fine marking on non-metal that other types of lasers cannot. Cosmo’s latest precision fibre laser cutting machine, the CPC-500G3 (Excel), is highly recommended for precious metal cutting. Its enclosed design is the preferred method for cutting gold and silver for consideration of loss. It uses an imported laser source which has a consistent quality and long lifespan. It has all the features and is easy to operate.
