For quick projects, a dye ink might be what you need. Learn more about the differences between dye, pigment, and other inks in our guide here.īoth types of inks can be essential to a card maker's repertoire, depending on his or her goals. This is the first key difference between the two inks. It is important to note, however, that Distress Oxides are technically a hybrid - containing mostly pigment ink, but also some dye ink too. Distress Oxides, on the other hand, are primarily constructed of pigment ink, a type of ink that is opaque and, due to its natural thickness, dries more slowly. Dye inks are transparent in nature and, due to their "thin" quality, dry quickly. Distress Inks fall into the family of dye inks. The first distinct difference is one of formula. However, the two types of stamping inks serve very different purposes and help achieve very different creative goals and end results. The two bestselling stamping inks look similar on the outside - both of their standard sizes are 3" x 3" rounded cornered squares. Both have dense, felt pads, and both have a similarly designed packaging (heck, both even are called "Distress"!). Graphics can be altered, however, the process to make a new plate may be time-consuming depending upon the method used.The question shouted across the mountain tops from card makers and mixed media aficionados everywhere is one of grave importance: what is the difference between Distress Inks and Distress Oxides. Image sizes over 150 mm in diameter will pose a challenge for pad printing equipment. Pad printing equipment is limited in the number of colors a machine can print, four to six color machines can be challenging to register each color on the part. What are a Pad Printing Machine’s Limitations? The typical image diameter of a pad printer is 90 mm and 150 mm. Pad printing machines are available with specialty loading/unloading arrangements such as over/under and linear conveyor systems. Pad printing equipment is generally available in one or two colors, four to six color pad printing equipment is available yet not as common. One complete print cycle takes only seconds (depending upon the number of colors) and can often print upwards of 1000 parts per hour. Pad printing is generally a quick process. Choosing the right ink is critical in the printing process. A wide variety of inks exist for the sole purpose of adhesion to substrates, abrasion resistance, and opacity. Pad printing equipment is not included with ink and there is not one ink that is necessarily used in a pad printer. Pad printing machines are incredibly versatile because the equipment can print on nearly any substrate quickly. What are a Pad Printing Machine’s Capabilities? ![]() Image Sizing Template for Pad Printing Ink Cup Learn more about our pad printing plates Additional Resources:Ĭan I Etch Laser Plates with My C02 Laser? ![]() Laser plate-making is extremely fast, typically etching a plate in 5-7 minutes. Computer to plate technology allows for complete repeatability without concern for variation in etch depth, dot pattern, and image quality. Laser plate-making is the process of etching a plate with a Co2 or fiber laser. How to Make Photopolymer Plates for Pad Printing Machines Computer-to-plate Laser Plate-making ![]() Exposing pad printing plates is the more cost-effective solution to plate-making, however, the photosensitive curing process is significantly longer than laser plate-making, taking upwards of 30 minutes to etch a plate. The plate is exposed to UV light numerous times, each with a different component such as a film-positive or line screen film. Photopolymer plate-making requires the use of photosensitive plate material and a UV exposure unit. There are two type of plate etching process: photopolymer and laser. ![]() Workflow Assistance & Inkjet LinearizationĪ pad printing plate, also known as a cliche, holds the image to be printed.OUR DIGITAL PRINTING AND PAD PRINTING SERVICES.Find a printer that fits your needs Help me Choose.
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