China Top Suppliers Inkjet Coding And Marking - Static Co2 Laser Marking Machine For Plastic PVC PE – Incode Manufacturer and Supplier

Top Suppliers Inkjet Coding And Marking - Static Co2 Laser Marking Machine For Plastic PVC PE – Incode

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Guangzhou INCODE Marking Technology Co., Ltd. is a high-tech enterprise established in 2008. We focus on providing the most professional industrial inkjet service and all kinds of marking equipment, including CIJ printers, thermal inkjet printers, laser marking machines, UV printers, egg printers, conveyor belts, pagers, etc. Our expert team has more than ten years of printing technology research expertise, and also has extensive experience in industry marking machine distribution, after-sales service and maintenance. We have a professional team with quick response and skilled skills, which can provide customers with comprehensive technical services and high-quality professional consumables, and provide mature and reliable industrial printing solutions. We are proud of our advanced equipment, outstanding talents, superb technology, excellent quality and excellent service, and have won the trust and support of our customers. Our company specializes in the production of INCODE marking machines of our brand, and also provides technical support for DOMINO, VIDEOJET, LINX, WILLETT, HITACHI, KGK, WIEDENBACH, IMAJE and other models. We are committed to becoming the most professional industrial inkjet coding service provider, and service and quality are the first in everything we do. Ink Jet Coding Machine , Laser Printer On Plastic , Filling Machine , Their fiber laser marking machines are the most advanced and reliable on the market, offering businesses a cost-effective way to mark metal products. Fiber laser marking is a popular technique used in industrial settings to engrave or mark a variety of metals including stainless steel, titanium, aluminum and more. INCODE's fiber laser marking machines are designed to operate in both static and flying modes, giving businesses the flexibility they need to meet their marking requirements. The fiber laser technology used in INCODE marking machines is highly efficient and produces precise, high quality marks that are easy to read and durable. Unlike older marking technologies, fiber laser marking requires no consumables, reducing waste and lowering operating costs for businesses. One of the main advantages of INCODE fiber laser marking machines is their ease of use. Designed with input from industry experts, these machines feature intuitive software and a user-friendly interface, making it easy for businesses to produce high-quality marks quickly and efficiently. These machines are also very versatile, capable of marking metal products of all shapes and sizes. This makes them an ideal solution for companies in industries such as automotive, aerospace and consumer goods where products vary widely in shape and size. Fiber laser marking is an environmentally friendly technology. Unlike traditional marking methods that use chemicals or consumables, fiber laser marking creates no waste, making it a more sustainable and environmentally friendly option for businesses. It also means businesses can reduce operating costs while protecting the environment. Another advantage of INCODE fiber laser marking machines is their precision. These machines use a high powered laser beam to engrave or mark metal surfaces, resulting in sharp, clear and highly visible marks. This allows businesses to easily meet product labeling and identification requirements while ensuring their products are easily identifiable by customers. In addition to precision and efficiency, INCODE's fiber laser marking machines are built to last. Built with quality components and materials, these machines are designed to withstand the rigors of industrial use and provide businesses with dependable performance for years to come. Overall, INCODE's fiber laser marking machines are an excellent choice for businesses looking for a cost-effective way to mark metal products. With their advanced technology, user-friendly interface and precision, these machines help businesses meet their product labeling and identification requirements quickly and easily.

Top Suppliers Inkjet Coding And Marking - Static Co2 Laser Marking Machine For Plastic PVC PE – Incode Detail:

Introduction

CO2 laser marking machine is carbon dioxide laser marking machine (CO2 is carbon dioxide). It is a laser galvanometer marking machine that uses CO2 gas as the working medium. The CO2 laser marking machine is a CO2 laser with CO2 gas as the medium. CO2 and other auxiliary gases are charged into the discharge tube and high voltage is applied to the electrode, and a glow discharge is generated in the discharge tube, so that the gas emits a laser with a wavelength of 10.64um, and the laser After the energy is amplified, scanned by the galvanometer and focused by the F-Theta mirror, under the control of the computer and the laser marking control card, images, characters, numbers and lines can be marked on the workpiece according to the user’s requirements.

CO2 laser marking machine composition

CO2 laser marking machine is mainly controlled by CO2 laser, 10.64 field mirror, 10.64 beam expander, CO2 laser power supply, scanning galvanometer, control computer, laser control card, laser control software, laser machine frame, laser circulating water system, and circuit control System and other components

Main features of CO2 laser marking machine

The use of carbon dioxide laser, is a general-purpose model, rear focus, small size, high degree of integration.

This machine is suitable for marking most non-metallic materials, such as: CO2 laser marking machine for paper packaging, plastic products, label paper, leather cloth, glass ceramics, resin plastics, bamboo and wood products, PCB boards, etc.

Effect Display

1655886536017

CO2 laser is a gas laser with a wavelength of 10.64um in the far-infrared light band. CO2 gas is used to charge the discharge tube as the medium for generating laser. When a high voltage is applied to the electrode, a glow discharge is generated in the discharge tube, which can release the gas molecules. After the laser is emitted, the laser energy is amplified to form a laser beam for material processing.

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