No need for pre-treatment: Unlike some other marking methods, such as mechanical engraving or chemical etching, CO2 laser marking does not require any pre-treatment of the surface being marked. This saves time and money by eliminating the need for additional processing steps.
High-speed marking: CO2 laser markers can mark at very high speeds, making them ideal for industrial production environments where speed and efficiency are critical. This can help reduce production times and increase productivity, ultimately leading to greater profits.
Low maintenance: CO2 laser markers are known for their reliability and durability, requiring minimal maintenance over their lifespan. This can help reduce maintenance costs and downtime, making them a cost-effective choice for businesses of all sizes.
Non-contact marking: CO2 laser marking is a non-contact process, which means that it does not damage the surface being marked. This is particularly important for delicate or sensitive materials, such as plastics or electronic components, where damage to the surface could impact the functionality of the product.
Wide range of materials: CO2 laser markers can mark a wide range of non-metal materials, including plastics, rubber, leather, wood, glass, and more. This versatility makes them a useful tool for a variety of industries, from automotive to medical to consumer goods.
Overall, a non-metal CO2 laser marker offers a range of benefits over other marking methods, including high-speed marking, low maintenance, and versatility across a range of materials. These advantages make CO2 laser marking a popular choice for businesses looking to improve their marking capabilities and increase productivity.
Machine Details
1. This is co2 laser marking machine with glass laser tube
2. This is co2 laser marking machine with RF metal laser tube
Split type and table type optional.
3. What is the difference between 50W and 60W? What is the difference between 20W,30W,50W?
The higher the laser power, the deeper it can mark into the material. The higher the laser power, the higher the price.
RF metal laser tube
The laser power of RF metal laser tube is 20W,30W,50W optional.
RF metal laser tube can use longer time than glass laser tube
4. Co2 laser marking machine also have spilit type. Following is the detail of spilit type co2 laser marking machine.
The basic principle is: laser marking uses a laser beam to mark permanent marks on the surface of a variety of different components. The utility of marking is to expose the deep-seated components according to the volatilization of the surface components, or "carve" the marks according to the organic chemical state changes of the surface components caused by the spotlight, or burn some components according to the spotlight to highlight the pattern design and text of the required ion implantation. The laser beam with high efficiency and relative energy density (it is a concentrated kinetic energy flow) is directly on the surface of the raw material to be produced. The surface of the raw material digests and absorbs the laser kinetic energy, forming the whole process of thermal excitation in the direct area, so as to increase the temperature of the surface layer (or coating) of the raw material, resulting in fading, melting, ablation, volatilization, etc.
Carbon dioxide laser marking machine
1. CO2 glass tube laser marking machine
The application of CO2 glass tube laser is also an early generation commodity, which has been widely used at this stage; However, it has one defect: the service life of CO2 glass tube laser is only 1000 hours, which can not effectively achieve mass production.
2. CO2 microwave RF laser marking machine: CO2 microwave RF laser is selected, with a service life of 20000-40000 hours, faster marking speed and detailed wireframe. Because of its good characteristics, it can work in the production line of supporting facilities (that is, sailing marking, as people often say). Its occurrence has further improved productivity.
What is the difference between carbon dioxide laser marking machine and optical fiber laser marking machine?
The carbon dioxide laser marking machine is a universal model with the application of carbon dioxide laser. The equipment can be marked with most non-metallic materials, such as paper packaging, plastic products, self-adhesive stickers, leather products and fabrics, glass ceramics, resin plastics, bamboo products, PCB boards, etc.
Several small output power air-cooled laser diodes are selected as the hydraulic piston pump source for the optical fiber laser marking machine, and a single laser fiber is coupled according to multiple branches, With rare element doped (nd, Yb or ER) optical fiber as laser material, reflective lens and fiber grating ruler as resonator, it can be single pulse and continuous operation. Its characteristics are integrated construction of fiber laser, excellent light quality, air-cooled type, no water cooling and heat dissipation, exquisite volume, high efficiency, long service life and maintenance free
In short, when it comes to advantages, fiber laser marking machine is undoubtedly much more than carbon dioxide laser marking machine, but both have their own characteristics, and no one can replace who. The laser marking machine is more environmentally friendly, reliable, permanent and cost-effective.
1) The machine is well installed before send to customer. The operator only need to join 2 parts and operate the machine.
2) XDLASER offer 24 hours online service of the whole machine.
3) We offer whole life online technical support for the whole machine and offer all the spare parts that is needed.
We use wooden box to pack 20W 30W 50W 60W 80W co2 laser marking machine and send to customers by sea. The wooden box can protect the machine during long time delivery.
Welcome to choose XDLASER
info@xdlasers.com
Whatsapp: +86-15169026664
Skype: juliali01