The fully automatic online inkjet machine adopts a variety of technologies, which can print large and small characters according to actual inkjet requirements. The characters printed by the inkjet printer can be accurate to the point. As the product moves along the production line, the numbers/characters to be printed are printed on the product in turn. This is a non-contact process, meaning there is no physical contact between the printer and the product. At present, most of the three-phase codes on the packaging of food and beverages are printed by this method.
The two main ways to print traceability and market information on eggshells are continuous ink jet (CIJ) and laser coding (Laser). Almost all printing is done using inkjet coding. But some believe that laser coding could be a viable alternative to inkjet coding in the future. So, which technology is the best?
Handheld laser marking machines are widely used in many industries. For example, in the field of automobile manufacturing, it is used to mark important information such as vehicle identification numbers and chassis numbers. In the home appliance industry, it is used to mark information such as electrical appliance identification and production date. In the food packaging industry, it is used to mark information such as food name, shelf life and manufacturer. In addition, handheld laser marking machines can also be used in fields such as anti-counterfeiting marking of various materials and handicraft production.
In the process of use, the use cost and maintenance cost are different between the two types of equipment. The small-character inkjet printers are relatively simple to use, cheaper to maintain and operate, and cheaper to use. The inks and solvents used are also relatively common. More economical signage equipment.
In addition, with the continuous innovation and progress of laser technology, the performance and application areas of laser marking machines will continue to expand. In the future, we can expect more innovative applications based on laser marking machines to inject new impetus into sustainable development.
In the field of auto parts processing, handheld laser marking machines are mainly used for marking information such as QR codes, bar codes, plain codes, production dates, serial numbers, logos, patterns, certification marks, warning marks, etc., including high-quality marking of many accessories such as automobile wheel arcs, exhaust pipes, engine cylinders, pistons, crankshafts, audio translucent buttons, labels (nameplates), etc.
Laser marking machines are widely used in various fields. In the fields of electronic components, integrated circuits (ICs), electrical appliances, mobile communications, hardware products, tool accessories, precision instruments, glasses and watches, jewelry and accessories, laser marking machines are widely used for product identification and quality control. In addition, laser marking machines also play an important role in the fields of automotive accessories, plastic buttons, building materials, PVC pipes, etc.
The heart of the printing process is where the cycle begins. Inside the core are a series of valves and pumps that pressurize the ink, moving it through pipes or umbilical cords toward the printhead. The core area includes:
Xaar’s high-viscosity printing capability of up to 100cP fluids at jetting temperatures is increasing the relevance and utility of online inkjet printer technology for a variety of new printing, coating, advanced functional liquid and additive manufacturing applications . Today, inkjet printing is rapidly becoming the manufacturing technology of choice for additive manufacturing, 3D printing, as well as personalization, coating and other innovative printing and manufacturing processes. Adhesives, coatings and photoresist printing, as well as emerging applications such as biomedical, automotive, printed circuits, electronic applications and Braille printing will become a reality.
UV inkjet printers play a vital role in modern manufacturing enterprises. It not only improves production efficiency, but also strengthens product traceability, promotes automated and intelligent production, supports customized production needs, enhances brand image, reduces operating costs, and enhances market competitiveness. UV inkjet printers are widely used in food, beverage, cosmetics, medicine and other industries. By printing information such as production date, batch number, barcode and other information on products, it provides enterprises with a more complete quality traceability system and ensures the safety and rights of consumers. The advantages of UV inkjet printers are its high efficiency, high precision, strong adaptability, reliability and stability, making it an indispensable and efficient and accurate coding equipment on modern production lines.
High-speed UV coding equipment is also widely used in LOGO, anti-counterfeiting code, production date, production batch number, shelf life, regulatory barcode, and QR code of daily chemicals. The use of UV coding can meet the needs of printing large amounts of data on small accessories and plastic parts. It can bring beautiful, fine and clear packaging marks to the daily chemical industry, and it will not fade clearly after long-term use, and the marks are permanent. In addition, the high-speed UV coding can realize the whole process of traceability through the "QR code traceability system", which can strengthen the supervision of distributors in various places and effectively prevent the market from fleeing.
CIJ printers have very few moving parts, so most problems are easy to fix. Common problems are related to low-quality ink, clogged filters, or blocked ink flow, all of which can be avoided with simple routine maintenance.
Laser coders can provide better overall print quality of text and logos, while small characters can only print lower resolution inks. Laser coders installed in packaging lines also benefit from longer print times and stationary eggs.
DotCodes are public domain codes, which means they are not copyrighted and have no royalties, so organizations of all kinds do not need authorization to print or use them.
Using pulsed fiber laser, when the pulse width is less than 30ns, it can output up to 25kW peak power, with high beam quality close to the diffraction limit.
Fourth, the degree of intelligence is high: Yuchang is not only a manufacturer with more than ten years of experience in the supply of sign equipment, but also a manufacturer of automated non-standard equipment customization with independent research and development capabilities. Customize the automated multi-axis platform according to the site and product conditions, or integrate it into the factory assembly line through technology integration to achieve multiple requirements such as communication connection, variable data coding, etc.
At present, solid-state lasers play a very important role in the field of industrial processing, especially in the field of micromachining.Different types of lasers have different properties, so their applicability is different in different industries.So let's distinguish the types and applications of lasers.
Digital inkjet printing has a long history as a disruptive technology: enabling innovators and developers to introduce inkjet to a variety of applications by enabling innovators and developers to replace existing traditional printing processes through the precise ejection of controlled fluids. With the improvement of printing speed, printing resolution and printing reliability of this technology, digital inkjet printing has gradually begun to be adopted by more and more industrial applications outside the traditional graphics market.
In short, with its many advantages, flying laser marking machines have become an essential tool for modern industrial production. If you are still using traditional mechanical marking machines, then you are out! Hurry up and switch to a laser marking machine to make your product logos more beautiful and of better quality!
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The advantage of a portable laser marker lies not only in its portability and flexibility, but also in its high efficiency and high precision. By using a handheld laser machine, high-precision marking and engraving of different materials can be achieved, improving production efficiency and quality. In addition, in addition to the stability of the handheld laser machine, it can work for a long time and has a service life of up to 100,000 hours.
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Secondly, laser marking machines can produce marks of various shapes and types. The laser marking machine can control the focus point and scanning speed of the laser to produce marks of various shapes, such as text, numbers, patterns, barcodes, etc. At the same time, laser marking machines can also print different types of marks, such as QR codes, 3D codes, etc., by using different software and programming languages.
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As a tool for generating barcodes designed on external packaging, laser marking machine is beyond the scope of the equipment itself in practical applications. The ability to directly use the innovative power of laser technology to extend in the marking machine industry has brought new vitality to the overall marking machine manufacturing and use industries. After the user has determined the popularity index of the device, he can study and analyze the specific reasons and characteristics of the popularity of the device.
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