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目前显示的是 五月, 2022的博文

T110M Thermal Printing Machine

  T110M Thermal Printing Machine Thermal Foaming Inkjet Printer  Flexibly Adapted To The Environment : T110M thermal foaming inkjet printer  series has the characteristics of high resolution and high speed printing, and has strong adaptability to industrial environment. Built-in integrated nozzle design, small size, can be adapted to install in various production environments. The ink has strong adhesion and is suitable for various substrates. The ink cartridge is easy to replace, no need to fill the ink messily, and maintenance is simple. Stable performance, safe operating system, can still guarantee high-quality content printing effect in various harsh environments, suitable for various industries such as food, electronics, medicine, plastics, building materials, hardware, etc. Software features T110M Inkjet Printer has a stable Linux security operating system, combined with a self-developed high-speed printing management system, can achieve an ultra-high-speed printing...

A Buying Guide of Continuous Inkjet Printers

Here is a continuous inkjet printer buying guide that you may find helpful. How Continuous Inkjet Printers Work Continuous inkjet printing is a popular coding and marking option for countless companies today. The non-contact coding process and the wide range of available inks enable CIJ to print on a wide variety of substrates. During operation, the CIJ ejects charged ink droplets from the printhead nozzles. Piezoelectric crystals break up the initial ink jet into droplets. One electrode then charges the droplets needed for printing, while other droplets are recycled into the ink stream. The selected droplets are then passed through the electrostatic field. Along with the speed of the droplet, the charge from the electrodes determines where the codes and marks will be printed on the substrate. CIJs typically expel up to 120,000 charged droplets per second. All of this is achieved without the printer touching the substrate directly, eliminating any risk of damaging the print surface. Th...