Laser technology is an emerging manufacturing technology developed in the new era. It can help narrow down the location that should be marked, and use more design templates to make the effect more uniform while ensuring the accuracy of the marking. As a result, the equipment has more use value in the market, and can be effectively and efficiently used in the expanded short-term marking products;

In the production process of woven bags, UV inkjet printers can not only print clear key information such as production date, batch number, barcode, etc., but also effectively prevent the problem of blurred and unclear information. This is essential to improve the traceability and safety of products. In addition, the ink used by UV inkjet printers quickly solidifies under ultraviolet light to form a solid ink layer with excellent wear resistance and weather resistance, which can keep the identification information clear and readable for a long time.

Prevent counterfeiting. Manufacturers can often prevent and suppress counterfeiting by product identification, such as printing random codes, barcodes and other new technologies, so that legitimate manufacturers can always lead the counterfeiters.

handheld inkjet printer

The ink is not recycled, uses environmentally friendly inks, has no irritating odor, and is less polluting to the environment. There is no high-power device in the machine. When working, there is no need to dissipate heat. The equipment system is well sealed and is not affected by the working environment.

Thermal Inkjet Printers(TIJ)

The CYCJET UV laser marking machine is developed by 355nm UV laser source. The 355nm UV focusing spot is very small, which can greatly reduce the mechanical deformation of the material and the processing heat effect is small. The effective light output lifetime of the UV laser source is 12000 ~ 14000 hours. According to the average using power percent and working time, the UV laser is converted the effective working time range of laser is 2-3 years. Do you need to replace the UV laser after 2-3 years? The answer is No. the effective service life of the UV laser is 2-3 years, which does not mean that the equipment can not work at all. As long as the escape rate of the UV laser is ensured, the power attenuation is reduced, and the service life is extended, appropriate chiller should be equipped.

The printing height of the UV printer is much higher. For common UV printers, taking the CYCJET C700 Carton box inkjet printeras an example, a single nozzle can print 72mm in height, and a host can seamlessly stitch 6 nozzles. It can realize ultra-large-format coding with a height of more than 430mm, and achieve some overall coded identification solutions similar to the side of corrugated boxes.

Choosing a portable printing device offers unparalleled convenience and versatility. Its lightweight, portable nature coupled with high cost-efficiency enables on-the-spot printing on various items. This presents an exceedingly cost-effective solution, particularly beneficial for small and startup enterprises. By liberating businesses from fixed setups, these devices facilitate flexible use across production sites, offices, or warehouses, significantly saving time and operational expenses. This adaptability and affordability empower businesses to meet dynamic market demands efficiently, fulfilling specific product identification and customization needs. Ultimately, opting for a portable printing device not only saves costs but also enhances competitiveness by offering an agile and cost-effective printing solution.

In the 1960s, the famous physicist Schawlow first proposed the concept of laser cleaning, and then applied the technology to the repair and maintenance of ancient books. The decontamination range of laser cleaning abroad is very wide, from the thick rust layer to the fine particles on the surface of the object, including the cleaning of cultural relics, the removal of rubber dirt on the tire mold surface, the removal of silicone oil contaminants on the surface of the gold film, and microelectronics. High-precision cleaning in the industry. In China, laser cleaning technology really began in 2004, and China began to invest a lot of manpower and material resources to strengthen the research on laser cleaning technology. In the past decade, with the development of advanced lasers, from inefficient and bulky carbon dioxide lasers to light and compact fiber lasers; from continuous output lasers to short pulse lasers with nanoseconds or even picoseconds and femtoseconds; from visible light output To the output of long-wave infrared light and short-wave ultraviolet light ... lasers have developed by leaps and bounds in terms of energy output, wavelength range, or laser quality and energy conversion efficiency. The development of lasers has naturally promoted the rapid development of laser cleaning technology. Laser cleaning technology has achieved fruitful results in theory and application.