Tag: bizcopier solutions

A printer is an extremely useful addition to any computer, whether at home or in the office. When it comes to purchasing a colour printer, you must choose between an inkjet model and a laser printer. While inkjet printers are excellent for printing photographs, there are numerous advantages to using a colour laser printer that make it a more cost-effective and productive option. Ink Does Not Smear Documents with smudged ink appear unprofessional. Laser toner, which is used in colour laser printers, adheres to the paper via static electricity and is then fused to the paper via heat. Unlike inkjet documents, there is no wet ink that can smear if the paper is moistened by drops of water or sweaty fingers. As a result, the printed words and images will always be readable and clear. Cost Per Page The initial cost of purchasing a laser printer has decreased significantly over the years, putting them in the same price range as many higher-end inkjet printers. The replacement toner cartridges now account for the cost difference. Toner cartridges for a colour laser printer are more expensive than ink cartridges for a colour inkjet printer, but the cost per page for a laser printer is much lower because the cartridge produces far more pages than an inkjet cartridge. The exact figures vary, but a laser cartridge typically prints over 1500 pages, whereas an inkjet cartridge typically prints a little more than 150 pages. Large Print Jobs Laser printers do have to warm up to get the fuser hot, but once it is ready a laser printer will print 50 percent faster than an inkjet. Not only are color laser printers faster, but their paper tray capacity is larger as well, so there is no need to continually refill the paper tray in the middle of a high volume print job. Since they’re built for larger print jobs, laser printers are also less likely to jam and cause a disruption in the print process. Less Maintenance When an inkjet printer requires a new cartridge, the heads must be aligned to ensure accurate print quality. The print heads must be cleaned and aligned throughout the life of the cartridge. Add to that the fact that ink can dry up in the printer’s moving parts, and you have a printer that can be difficult to maintain. This is not required for laser printers. When toner cartridges are replaced, no additional work is required for printing. Because toner is a dry powder, it does not cause the same cleaning issues that ink does.

Continuous-feed paper is used in two types of printing applications. The first accommodates long documents, while the second accommodates large page or image dimensions. Although roll- or fan-fed paper will not be found in laser or solid-ink printers, which image a page at a time in a single pass, these feeder-hardware types can be found in many types of line-at-a-time devices that rely on bidirectional printheads traversing a moving medium. Depending on the nature of your business, one of these devices may be better suited to your output than page-by-page hardware. Dot Matrix Before and after printing, dot matrix printers use fan-folded paper that stacks in a single-page-sized pile. These printers can work with multi-part forms, labels, microperforated sheets that resemble cut-sheet media, cash-register receipts, and other point-of-sale or point-of-shipping materials because they are fed by sprocket-driven mechanisms that resemble the hardware that advances film through a camera or projector. Because their printheads make physical contact with the paper surface, they can produce multiple copies of a single page in a single pass, making them ideal for distributing paperwork across multiple company departments. Thermal Label and barcode printers use thermal technology, which has two output options. Direct thermal printers use heat to turn the surface of special paper black where information must appear. Ribbon printers use heat to lay down an image on a colour medium that is made of wax, resin, or a combination of the two. These printers are frequently used as cash register output devices. Some printers use continuous-feed paper, which is cut to length as it prints. Others make use of labels that peel away from a continuously fed backing sheet. Inkjet Inkjet printers use roll-fed media to create large images, from desktop and wide-format printers used by individual artists and graphic-design studios to big-bed devices that output vehicle wraps and signage. Some of these devices can produce weather-resistant output for outdoor use thanks to UV ink-curing systems. The largest of these machines print on substrates such as plastics and fabrics. Plotter To create maps, equipment, and building designs, the plotting device in the cartographer’s, architect’s, or engineer’s office uses pens to draw lines, shapes, and lettering. These drafting machines are incapable of combining colours or rendering continuous-tone imagery, but they can quickly create exploded diagrams of manufacturing processes, blueprint-style floor plans and elevations, and line drawings. Some models include blades that can cut out artwork from vinyl and other sign-making materials. Dye-Sublimation Photo To print images on cut-to-length continuous media, small photo printers can use dye-sublimation hardware. Unlike ink-based printers, which use fluid dyes or pigments to generate output, dye-sublimation printers vaporise a sheet of cyan, magenta, yellow, and black onto the printing medium. In terms of image quality, their photographic output rivals film prints, but their comparatively low resolution becomes apparent when they print type. When compared to inkjet-based photo printers, dye sublimation has a shorter output life.