Finish Size: 3.5x5 inch (Width x Height)
Artwork Size (with bleeds): 3.75x5.25 inch (width x height). Please download our guideline template to setup the artwork and send us a print ready PDF (font outlined & image embedded).
We have provided various choices of paper for your invitations. Paper makes a big difference on how your invitation looks & feel.
For basic and low cost invitation - you can go with the 100lb Matte or 14pt Gloss Paper. For fancy or premium invitation - choose from the 14pt Uncoated, 90lb Linen Cover or 110lb Pearl Ice Card stock.
|Paper Name ||Description ||Swatch Deck |
|100lb Matt ||This is a very economical grade paper for the invitation & greeting cards. The paper is around 11pt. (0.011 inch) thick and has a matte finish. So when printed on it does not have any glossy look. You can write on this paper using fast drying ink pens. Please note that the ink may smudge if you don't let it dry. Please remember that if you have heavy ink coverage then it will be a good idea to get it UV Coated for the ink protection. UV Coating make the finish product look glossy, and you cannot write on it except with a permanent marker. || Page 9 |
|Premium 110lb Matt ||This is a premium grade paper and still at a good price. The paper is roughly 13 pt. (0.013 inch) thick. Due to high quality matt finish, the print quality comes out looking great. Highly recommended. || Page 10 |
|14 Pt. Gloss ||This paper is 14 point thick (0.014 inch). It is stiff and sturdy. Although it is not very glossy, but with the additional option of UV coating, it makes it high gloss and also protects the ink from scratches and smudges. || Page 13 & 14 |
|16 Pt. Matt ||This is a premium grade super thick 16 point thick (0.016 inch). The paper is super stiff and sturdy. If you need it to be glossy then choose the optional UV coating. UV Coating makes makes the print super glossy and also protects the ink from scratches and smudges. || Page 26 (v3) |
|14 Pt. Uncoated ||If you do not like gloss or matt finish then choose this paper. This paper has no coating so you can easily write on it with any pen or pencil. It is also a very bright white paper. || Page 11 |
|90lb White Linen Uncoated ||This is an elegant paper with both horizontal and vertical lines running through the surface of the paper. Roughly 12 pt. thick (0.012 inch). This kind of paper is not good for heavy coverage. || Page 23 |
|110lb Pearl ICE ||It shimmers! It sparkles! It glistens! Inspired by the petals and the metals of North America, this sumptuous, glimmering paper reflects well on you. 110lb Pearl ICE paper offers outstanding mica coated colors with just the right amount of shimmer and shine to brighten up your projects with it's elegant surface. Add some shimmer to your print project. Roughly 12 pt. thick (0.012 inch). || Page 24 |
UV Coating provides a protective high gloss coating after printing. You can choose to UV Coat the outside of the invitations. We do not UV Coat the inside as you won't be able to write on it. It is highly recommended to choose this option if you have heavy ink coverage, as it protects the ink from getting scratched. Please note that UV coating make the card looks super glossy.
For your convenience you can order Blank Envelopes along with your Invitations. The envelopes are not printed and is white in color. The size of the envelope is such that this invite will fit properly. To order custom printed envelope, please click on the Envelope Product.
Instead of sharp corners, choose to round of all the 4 corners. This will make the cards stand out more.
Provide Print Ready Files, Simple Setup, Design from concept or Simple File fixing. You choose, We do it. Please click on the? icon next to the Artwork section to learn more about each paper.
We offer various Proofing Options. It is highly recommended to select at the least PDF Proofing. Choose Hard Copy Proof if you want to see how the printing will look.
Regular is 3 days. We offer a FREE 2 day Upgrade upto a certain quantity. Also for a small rush fee you can select Next and Same business Day options