Custom Printed Heat Transfer Vinyl Sheet 12 x 12 inch sheet

Custom Printed Heat Transfer Vinyl Sheet 12 x 12 inch sheet

Regular price
$6.99
Sale price
$6.99
Shipping calculated at checkout.

My Vinyl Cut is a printer, in addition to cutting vinyl.

We print on a Roland wide format commercial printer.

We can custom print any color, pattern or graphic design.

If you have a craft cutter at home such as a Silhouette Cameo, Cricut, Brothers Scan n Cut, or even a Roland, Graphtec, GCC or other vinyl cutter, and you use adhesive vinyl or Heat Transfer Vinyl (HTV) and need a custom print for your project or job, then you can send me your file and we can print that for you.

email it to tanya@myvinylcut.com

Then I will print a 12 x 12 square inch sheet of heat transfer vinyl

BEFORE CUTTING YOUR DESIGN-- TEST CUT - TEST CUT- TEST CUT - TEST CUT - TEST CUT - TEST CUT - TEST CUT - I do send pressing instructions BUT always test cut because there may be something in your blade, your blade may be dull, your blade holder may not be pushed in. Don't waste this vinyl!

Choose from a smooth htv or a textured glitter htv

Smooth HTV will be a 12 x 12 inch sheet. 

  • Medium Tack Heat Mask is required to transfer your design from its carrier to your garment before pressing. A sample piece will be included but full 12 x 12 inch sheets are sold separately.

    Instructions will be included. Watch my video on YouTube showing how to mask and apply your transfer: https://youtu.be/rs9xtvYU-vY

    For use in your vinyl cutter. Making Test Cuts are suggested.

    DO NOT MIRROR YOUR IMAGE

    Your 12 inch by 12 inch sheet will ship flat in a sturdy envelope via USPS First Class. Included will be instructions for cutting and pressing.

    Please let me know if you have any questions. I will include cut settings for several cutting machines including 
    Brother Scan n Cut
    Silhouette Cameo
    GCC iCraft
    Cricut
    there are also videos on YouTube to show how to apply these.

    *for all vinyl, please allow for a 1/4" + or - variance