Inkjet marking systems come in several different configurations because they are designed to address specific needs in business for coding and marking. Large character inkjet systems imprint the required markings on porous substrates, such as wood or paper products, and on non-porous surfaces, such as metals and glass. For porous materials, water-based inkjet ink is used because the ink penetrates the material and dries by absorption.
Non-porous surfaces, because they do not absorb fluids, must be imprinted using solvent- or oil-based ink, and drying is through evaporation. Regardless of the type of ink, inkjet marking systems are economical because inkjet technology is relatively simple. Since the development of inkjet systems in the late 1960s, the principles involved have been adapted to the needs of many technologies and industries.
To control the problems and costs of inkjet marking systems, the ideal systems are modular, so any problem with one segment of the unit can be dealt with separately and oil expeller quickly. Not only does this save time and money, it allows employees without specialized computer palm oil processing machine training to replace parts and continue working in short order. In addition, when the company needs an upgrade, modular configurations permit easy changes to the system to accommodate the new requirements.
The best systems are built with the customer–and future needs–in mind. That means they offer options for the selected system that can be used in the event of a shift in focus or needs. In this case, there is no necessity to buy an entirely new unit; install the optional feature, and the current system automatically adds the required function. Flexibility is a highly-desired characteristic in the business world; when applied to business machines, such as inkjet systems, it means saving money.