Kit includes: 1) Nikon Digital SLR & Laptop Backpack; 2) Nikon LensPen Lens Cleaning System; 3) LensPen DigiKlear LCD Screen Cleaning System; 4) Deluxe 6-Piece DSLR Cleaning Kit Made from rugged, weather-resistant nylon, this backpack will easily hold your camera, lenses, flash and other accessories, while allowing you to keep your hands free for uninterrupted shooting. The two front pockets feature padded compartments with adjustable padded dividers, enough to safely hold an SLR camera body, and up to five lenses or other similarly-sized accessories. Two large, zippered side pockets and two small mesh side pockets are perfect for storing smaller accessories such as lens filters, memory cards, cables, batteries or film. This backpack also features a padded, zippered laptop compartment on the back of the bag, which comfortably holds a notebook computer up to 15.5 x 10.75 inches in size. A padded back and shoulder straps ensure comfort even when carrying heavy loads, and a topple-resistant base keeps your gear from falling over. A shirt or light jacket can be held with the elastic cords on the front of the pack, and adjustable straps along the sides are ideal for holding small tripods or light stands. The Nikon LensPen Lens Cleaning System has a soft retractable brush and a non-liquid compound on a natural chamois tip to remove fingerprints, dust and grit from any lens. The LensPen DigiKlear has a retractable soft brush that sweeps dust and loose particles away from the surface. On the other end, a special dry cleaning compound is used to gently remove fingerprints and spots. And a special triangular tip gives the LensPen DigiKlear the ability to clean the corners of screens. This 6-piece cleaning kit contains everything you'll ever need, including a Hurricane Air Blower, Booklet of Lens Cleaning Tissues, Lens Cloth, Lens Cleaning Liquid, Blower Brush and Cotton Swabs.After creating your project you will want to get the best output. There are many ways through which you can ideally get your project printed. Discover the different range of printing methods and when to use which type of printing process. The different printing methods are
Digital printing
Flexography
Letterpress printing
Offset printing
Rotogravure
Screen printing.
However some of the most common types of printing methods have been explained.
DIGITAL PRINTING:
The process of transferring a document by means of device that accepts text and graphic output is called as digital printing. Digital printing has replaced Flexography. The introduction of digital printing has brought tremendous changes in the print quality and thus standards have increased with the results of printing available in much lesser time than before.
Other benefits which are facilitated by digital printing are:
Unlike the traditional methods where in to print several impressions of the same thing were made onto the paper, in digital printing every impression appearing in the paper is different.
There is no absorption of the ink or toner in the paper. There is less wastage of time in the set up of the paper and even in terms of chemicals.
Some of the common printing technologies have been listed below:
Line printing - Line printing is a process wherein preformatted characters are inserted to the papers by lines.
Daisy wheel - Here in this process each character is applied individually
Dot-matrix - An economic method that produces images by patterns of dots that are closely together.
Heat transfer - This is a method of printing fibers with disperse dyes. The designs in turn are transferred to the fabric from a pre printed paper through the contact of heat. The heat transfer method produces images that are very clear and the quality is best when this method is used.
Laser - In this mode of printing the toner consists of polymer with pigment of different colors which are melted and applied to the paper. Thus the desired image would be produced.
FLEXOGRAPHY
Flexography is the most commonly is also known as Flexo, Flexo graphic printing, Surface printing. It is most commonly used for packaging. A Flexo print is achieved by creating an image in the form of a 3D model made out of rubber or polymer material. A calculated amount of ink is then poured on the printing plate. Thus the print surface rotates and comes in contact with the printing material, thus transferring the ink.
This printing mode has a greater edge over lithography as it offers the usage of a wide range of inks and can print on variety of materials. Flexo inks have low viscosity and this enables faster drying as well as faster production. Faster production ensures low cost of printing.
Flexography printing can be used in fabrics like paper, polythene bags, milk cartons, cups, wrappers of consumer products, envelops, labels and newspapers. Flexography printing has gained much popularity because of its wide applicability.
Michael Jordan is a Copywriter of http://www.printingimpact.com
He had written many articles in various topics. For more information visit: Developments in Offset printing Contact him at printingimpactarticle@gmail.com
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