Small Character Inkjet Printers
Large Character Inkjet Printers
High Speed Fly Laser Printers
Static Laser Marking Machines
Customization Coding Solution
DOWNLOAD
CUSTOMER CASE
SERVICE
COMPANY
CONTACT US
In today's rapidly developing digital era, traditional printing technology has gradually been replaced by emerging UV inkjet printing technology. As a new type of inkjet printing equipment, UV inkjet printers are rapidly becoming more and more popular in various industries with their unique advantages.
In this ever-changing era, we continue to pursue higher efficiency and a better life experience. In the field of industrial production, inefficient production methods can no longer meet the needs of modern society. To embrace change, we must bid farewell to inefficiency and embrace innovation. Today, we would like to introduce to you a revolutionary product - CYCJET handheld portable inkjet printer.
With the continuous development of technology, inkjet printers are increasingly used in various industries. As a common marking equipment, the main function of the inkjet printer is to print the required text, patterns, barcodes and other information on the surface of the product to achieve identification, tracking, anti-counterfeiting and other purposes.
With the development of manufacturing industry, the industry's requirements for product labeling are getting higher and higher. As an advanced inkjet printing equipment, the DOD large character handheld inkjet printer provides the industry with efficient and convenient marking solutions.
Handheld inkjet printer is a marking technology widely used in packaging, manufacturing and other industries. It can efficiently and accurately inkjet products, improving production efficiency and marking quality. As market demand continues to increase, handheld inkjet printers have emerged. They are efficient and portable and can achieve fast and clear inkjet markings.
With the development of the global economy, product traceability and anti-counterfeiting tracking are becoming more and more important. In this context, UV inkjet printers have become the ideal equipment chosen by many companies due to their high efficiency, high quality and high precision. For example, in our daily life, the specific dates, barcodes, QR codes, and batch numbers on various products, foods, beverages, and cosmetics that can be seen everywhere are all realized by UV inkjet printer
Since inkjet printing equipment has the advantages of high speed, high efficiency and low cost, the printing effect is closely related to the performance of the ink. Users pay great attention to this aspect. Many industries have gradually understood and used UV inkjet printers to process related content markings. Under the trend of mechanized and highly automated production, more and more products are produced through production lines.
The UV inkjet printer, like a low-key artist, draws a unique identifier on the surface of product packaging. Print a layer of visible or invisible identification on the product without damaging the appearance of the packaging container. This technology, which is widely used in the modern packaging industry, from the perspective of industry application requirements, its charm stems from the following points:
In modern industrial production, handjet printers play an increasingly important role. They can print product information quickly and accurately, improving production efficiency and quality control. The handheld inkjet printer adopts a portable design and is easy to operate. Only one person can easily complete the printing work. It is equipped with a high-performance inkjet system that can quickly and accurately print various characters and patterns to make your products more eye-catching.
Continuous inkjet printers (CIJ) are industrial coding systems used in a variety of environments, designed for industrial operations, CIJ printers can place barcodes, batch numbers, expiration dates and other important markings directly on products. CIJ printers achieve this through a non-contact printing method that enables continuous printing on porous and non-porous substrates, regardless of whether the surface is flat or curved.
