Some of you have been wondering about the difference between our SmileBooks photo books on silver halide photo paper and those printed on digital print paper and I hope this post will help answer your questions.
Our standard books are printed on 135lb digital print paper and are perfect bound. This means that the pages are printed on industrial printing presses, e.g. HP Indigo’s, Kodak NexPresses or Xerox I-Gen’s and are then cut on 4 sides and glued into the hard or soft image wrap cover.
Our books on silver halide photo paper with a lustre finish come in 3 sizes; 8×8, 11×8 and 12×12, with image wrap hard covers and a lay-flat binding. There is no seam in the middle of a double page spread so these books are ideal for full bleed spreads.
We’ve also often had Facebook fans asking how to change from one type of paper to the other while working on a project or how to select the books on photo paper/lay-flat bindings from the get go. The following screenshots should help!
In order to select a photo book on photo paper/lay-flat binding from the main menu in the software, simply click on the last tab as shown below (see orange box).
However, if you’ve already started a project on digital print paper, which means you initially selected one first 3 tabs on the photo book selection screen (see orange box)…
…the photo book in the editor will have a dark seam dividing the 2 pages of the photo book spread and the paper type will be set to “Digital printing” (see orange box)…
…while the paper type in the lower left hand portion of the screen will be set to “Digital Printing” which comes with perfect binding. You can change this by simply selecting “Photo Paper” in the pulldown menu.
You will be alerted that the maxiumum amount of pages will be reduced in this option. This is because these pages are considerably thicker than digital printing paper pages and 82 pages are the maximum numer of pages on photo paper we can bind at this time…
…click on “Yes” to convert your photo book into one on silver halide photo paper with a lay-flat binding (see orange box).
If you have any further questions, please leave a comment below!




























