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UV Description
If your artwork background is not transparent, please add to cart and purchase "remove background" in the support section.
UV printing is a digital printing method that uses ultraviolet (UV) light to cure or dry ink as it is printed onto a variety of surfaces. Unlike traditional printing methods, which use heat or air to dry inks, UV printing uses UV light to instantly cure the ink, allowing for faster production and a higher quality of print on a wide range of materials.
How UV Printing Works
- UV Ink: The process begins with UV inks, which are specially formulated to dry and harden when exposed to ultraviolet light. These inks remain in a liquid state until they are cured by UV light.
- Printing Process: The design or image is printed onto the surface (such as plastic, glass, metal, wood, or paper) using a UV printer. The printer uses a combination of traditional CMYK (cyan, magenta, yellow, black) and sometimes white ink for better opacity and color reproduction, along with clear varnish for special effects like gloss or matte finishes.
- UV Curing: As the print is being made, the printer is equipped with UV lamps or LED lights that immediately cure the ink as it is deposited onto the surface. This makes the ink dry and harden almost instantly.
- End Result: The result is a vibrant, durable, and smudge-proof print that is fully adhered to the surface. UV printing is especially effective for printing on non-porous materials that traditional inkjet printers cannot handle, such as plastics, glass, and metals.
Benefits of UV Printing
Fast Drying:
- UV printing is incredibly fast because the ink dries immediately once exposed to UV light. This eliminates drying times and speeds up production.
Durability:
- Prints are highly durable and resistant to fading from UV light exposure, moisture, and scratches. UV inks create a hard, flexible layer that bonds well to the printed material, making it long-lasting.
High-Quality Prints:
- UV printing produces sharp, high-quality images with vivid colors and precise details. It is perfect for printing fine text, intricate designs, and full-color images.
Versatility:
- It works on a wide range of materials, including plastic, metal, glass, wood, ceramics, and textiles. This makes it suitable for printing on promotional items, signage, packaging, and even custom gifts.
Environmentally Friendly:
- UV inks are generally considered eco-friendly because they contain fewer volatile organic compounds (VOCs) compared to solvent-based inks. The lack of solvents makes the process cleaner and less harmful to the environment.
- No Need for External Drying Equipment:
- Since the ink cures instantly under UV light, there is no need for external drying equipment or long drying times, which is a significant advantage over traditional printing methods.
Applications of UV Printing
- Promotional Products: Custom printing on pens, mugs, phone cases, t-shirts, and other products.
- Signage and Banners: UV printing is ideal for outdoor signs, billboards, posters, and banners, as the prints are highly durable and can withstand harsh weather.
- Packaging: Used for printing on boxes, bottles, packaging materials, and labels.
- Decorative Items: Home decor items such as wall art, tiles, and photo frames can be printed using UV technology.
- Industrial Printing: UV printing is used for functional products, including printed circuit boards (PCBs), electronics, and automotive parts.
Types of UV Printing
Flatbed UV Printing:
- Flatbed UV printers are used for printing on rigid materials (such as wood, metal, glass, acrylic, etc.). The material is placed on a flatbed surface, and the printer sprays the ink directly onto it. This type of UV printing is often used for signage and custom gifts.
UV Roll-to-Roll Printing:
- Roll-to-roll UV printers are designed for printing on flexible materials like vinyl, banners, adhesive films, and textiles. This is commonly used in the signage and advertising industries.
- UV LED Printing:
- UV LED printing uses LED lamps to cure the ink rather than traditional mercury-based UV lamps. LED curing is more energy-efficient and produces less heat, which makes it suitable for printing on heat-sensitive materials. It's also environmentally friendly.
Design Requirements
- Must be CMYK colors!
- Must be TRANSPARENT BACKGROUND!
- At least 300DPI!
- PNG version!
- Artwork must be print ready
Shipping
Free shipping for orders over $99 all over the US
Same day printing & Shipping (Valid for orders placed before 11am (EST-EDT)on weekdays. Orders placed on Saturday can be picked up on Monday. Not valid for national holidays.
Free shipping on orders over $99
UV DTF TRANSFERS BY SIZE SINGLE DESIGN
UV DTF Application Instructions
Prepare the Surface
Clean the surface thoroughly where the UV sticker will be applied. Make sure it's free from dust, dirt, grease, and moisture.
Choose the Right Placement
Plan where to apply the sticker, ensuring it’s aligned properly. Double-check the design orientation and placement.
Peel the Sticker Backing
Carefully peel off the backing paper from the UV sticker. Avoid touching the adhesive side.
Apply the Sticker
Place the UV sticker onto the desired spot, starting from one edge and slowly pressing down as you go.
Smooth the Sticker
Use a squeegee or a soft cloth to press the sticker down evenly, pushing from the center outwards to remove any bubbles.
Cure the Sticker (Optional)
If the UV sticker is designed for UV light curing, use a UV light source (like a UV lamp) to cure the sticker for 10-30 seconds.
Let the Sticker Set
Allow the sticker to settle for a few minutes to ensure the adhesive bonds properly with the surface.
Check the Application
Inspect the sticker for any bubbles, wrinkles, or misalignment. Press down again if necessary.
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