Large Format Printers: an Overview

The advertisement business would have been dead if not for large format printers (also known as wide format printers). These amazing machines have enabled personalization and accuracy to advertisement paraphernalia such as huge banners and large posters. They can also be used to print wallpapers, murals, duratrans, vehicle wraps, architectural and structural plans and backdrops. Because of this, these products have caused a lot of advertising company to gain popularity and income. However, these things are a little high maintenance because they heat up so much and the printer nozzle gets clogged a little bit easier compared to the smaller printers. Despite that being said, that problem is not even considered a problem because there are a lot of large format printer maintenance that might help you with your printer needs. If you don’t have a large format printer but planning to have one, the list below will provide you certain details that you need to know about them. So, read on.

large format printer maintenance

Categories

Large format printers are categorized by the technology that it uses. Each of them requires a specific kind of large format printer maintenance. These categories are plotter, aqueous, solvent and UV. Plotters are basically printers with pens in the end that are guided by a computer. Unlike the other printer categories, this kind of printer does not go well with color printing. This is because it draws lines which is why it is more commonly used in blueprints and layouts. Because of its unique characteristics, plotter maintenance is a little more complicated compared to the others. It also has more mechanical components compared to the other printer types. Also, due to this, plotter maintenance is also a little more expensive compared to the other printer types. Hence, expert plotter repairs are required to execute it properly. Aqueous and solvent printers are named based on the inks that are used. Aqueous printers use water based printers while solvent printers utilize solvent based inks. UV printers on the other hand use inks that dry up when exposed to UV light making the products waterproof. read more

Batch Solutions – Best Way to Make Process Automation Perfect

In the manufacturing environment, the control on the processes will determine the quality of the output. In the conventional models, the system depended on human intervention to make the changes precisely when needed, and any human error could lead to a compromise on the product quality. One can cite many examples to make this point. In batch process industries, like ice cream manufacturing, the product quality can vary from batch to batch primarily due to the difference in the sequencing of the changes and human intervention. Modern process automation has helped do away with such frailties and software programs such as the Batch Solutions are the right answer for this. How does it operate?

Batch SolutionsFix the Settings and Relax and Do Other Work

The purchasing and installation of the Batch Solution program for your factory will mean that you don’t leave it to your employees’ wisdom or alertness to activate the valve here or switch off a pump there. As soon as you are able to connect the different equipment in the process to the centralized console and the software is synced with the controls, you have to, the first time, enter the details of inputs, working parameters and other conditions. The virtual platform, SCADA then takes over. It is on this platform that the software to automatically control the processes are developed and implemented. Read more at Parasyn

Every software program depends and operates on specific language platforms. In a typical batch process, there will be heating, mixing and filtering and other such stations with motors, pumps and temperature controllers connected in a schematic way. The commands to these equipment are programmed through electronic devices known as PLC, which basically stands for programmable logic controller. These are the devices the Batch Solutions will employ to enter the sequence of commands to make the changes in the process in a manufacturing environment. This can ensure that precise quantities of inputs, raw materials and additives are added to make the batch, correct temperature and pressure ranges are maintained throughout and the output matches the specifications set. read more