Laser marking machine factory 2023

Laser marking machine factory 2023

Laser printing machine factory in China: You can laser etch a wider variety of materials, including steel, aluminum, anodized aluminum, lead, magnesium, and zinc. There’s also a unique method called laser annealing to mark metals like stainless steel. From Solid to Gas: How It Works: Whereas laser etching melts the material surface to change its roughness, laser engraving sublimates the material surface to create deep crevices. This means that the surface instantly absorbs enough energy to change from solid to gas without ever becoming a liquid. Read more information on cosmo laser equipment.

In recent years, the industrial laser market has developed rapidly and the applications have increased by leaps and bounds. With their unique technology and application advantages, lasers have come out on top in the industrial laser processing market. Laser processing has high efficiency and flexibility. Whether in terms of accuracy, speed or efficiency, it is the best choice for most if not all industries. With the ever-increasing labour cost, and not all work can be done manually, most companies have chosen machines to replace labour. If you want to increase productivity, profits and reduce costs, using laser equipment is your answer. They are applicable to many industries like jewellery, watch, eyewear, dentistry, gifts, hardware, PCB, electronic devices, etc etc.

Cold processing refers to photons with very high loading energy (ultraviolet/green light, etc.), which can modify materials (especially organic materials) or nearby media to cause non-thermal process damage to the material. This type of cold processing is essential in the laser mark marking process. Because it is not thermal ablation, there is no thermal damage, and thus no heating or thermal deformation of the surface being processed and the surrounding area. And an inkjet printer is one that uses the deflection of the ink charged deflection electric field to deflect the ink out of the normal line of injection shot to the workpiece’s surface.

Cosmo laser marking machines are divided into 3 types according to laser types: fiber laser, UV laser, CO2 laser. To meet the needs of using different materials and industries, a dedicated machine is recommended. Please refer to the detail page for more information or contact Cosmo Laser Marking Machine Manufacturer/ Supplier for providing authoritative application solutions. Cosmo Laser fiber laser marking machine(CTM-20m/CTM-50m) is used in metal materials. Commonly used in gold and silver jewellery, handicrafts, glasses and watches, hardware products, tool accessories and other industries.

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. Find more details 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. The CTM-20LCM is a CTM-20L upgrade that includes a position-capturing camera system. It has a positioning feature that eliminates inaccuracies caused by human error in marking. Its design saves time by allowing for automated high-precision assembly line production. It does not have a rotary marking function due to the camera.