All-Over-Print: A design technique where an image, pattern, or text is printed on a garment or product consistently across its entire surface.
Fully-Printed Tees: The Lowdown on All-Over-Print Clothing
Ever wondered what that fancy method is when your clothing is námay sinasubok ang lahat? Yep, we're talking about full-coverage printing, where the material is completely drenched in ink. It covers everything, even the seams and hems - the parts that don't typically get inked in conventional printing methods.
Here's where you'll see a difference: any uninked parts, like hems, won't be affected by the process. The tee is layered on a flat surface before getting drenched with the magic ink.
Custom All-Over-Print Shirts: A How-To Guide
Aren't your already-cool tees gathering dust? Create new faves with this handy guide to printing your very own tees!
Unleashing Your Creation: Dye Sublimation All Over
The latest tech on the block, dye sublimation, produces awesome all-over-print tees with no fuss. Your artwork is first printed on paper, and then it's transferred to the polyester shirt with a hot press.
In a gas-like state, the ink particles bind with the t-shirt fibers to produce a soft-touch, high-quality shirt that's loaded with eye-popping color. The limitless print area makes any artwork stand out, and it's gaining popularity by the minute.
Crafting Your All-Over-Print Tee
Working Out the Numbers: Quantity and Budget
Decide quantity and budget based on the awesome tees you're planning to make, whether you're a blossoming brand or a fun-loving family looking for a unique family-reunion look.
Picking a Printing Method
We'll walk you through dye sublimation, but you can also explore other methods like screen printing or Direct-to-Garment (DTG) printing. Your choice depends on factors like material, production volume, desired design complexity, and range of colors.
Selecting the Fabric
- Go for Polyester: Dye sublimation works best on polyester (or polyester-rich) fabrics. Aim for at least 80% polyester for the best results.
- Beware of Cotton: Cotton and cotton blends aren't ideal for sublimation since they don't take the dye well.
All-Over-Print Tees: A Dye Sublimation Primer 🎨 👕
Designing Your Awesomeness
- Software Selection: Steer clear of MS Paint and use design software like Adobe Photoshop or Illustrator to create your artwork.- Color Mode: Design in CMYK for more accurate printing, although sublimation usually works better with RGB for better color representation.- Resolution**: Aim for high resolution (at least 300 DPI) for crisp designs.
Printing Like a Pro: The Step-by-Step
- Printer Selection: Use a sublimation printer like the Epson ET-2400 or convert an Epson EcoTank into a sublimation printer with ink replacement.- Ink: Ensure you have sublimation ink that's compatible with your printer.- Printing Paper: Print your artwork on specialized sublimation paper designed to release the dye when heated.*- Heat Press**: Invest in a heat press like the Cricut EasyPress 3 to apply the design to the shirt.
Applying the Design: The Secret Sauce
- Preparation: Make sure your tee is smooth and wrinkle-free.
- Alignment: Place your design face-down on the tee, lining it up as desired.
- Protective Measures: Slap a sheet of butcher paper on top of the design to protect the heat press.
- The Heat: Set your heat press to around 400°F (200°C), apply medium pressure for about 60 seconds, and voilà - you've got yourself a fully-printed tee!
By following these steps and using the right tools, you can create vibrant, unique all-over-print tees using dye sublimation. So go forth, print like a pro, and unleash your inner fashion designer! 👕 👍
- Dye sublimation technology, the latest breakthrough in printing, can be used to create all-over-print tees with no hassle, using a technique called full-coverage printing, where the entire surface of the polyester shirt is covered with ink.
- In the process of crafting an all-over-print tee, you may also consider other printing methods such as screen printing or Direct-to-Garment (DTG) printing, each with its own set of advantages depending on factors like the material, production volume, design complexity, and range of colors.
