Couple of cards for March, the first being a spring themed flowery card. I used the Stampin' Up! lattice bigz die for the background, I just love that die, its 4x4" so showing here is one and a half of the die cuts, but the other half piece wasn't wasted .. see below what became of that :)
The rolled rose was made by punching a circle from pink cardstock, cutting a spiral and rolling it up. So easy, yet always an original and interesting result. Start from the outside, roll in, keeping what will become the bottom piece flat. The inside (where the spiral cut ends) will form the base of your flower. I use a hot glue gun, put a blob onto a silicon mat and scrape it up with the flower base, then seal it shut.
The little flowers were punched with a flower punched, then rolled and scrunched up to break down the fibres. The top and bottom layer start to separate, then you carefully peal them apart. They give a delicate detail to any flowery project.
The inside of the card was made to be pop up, by using that spare cut off piece from the die cut, mountain and two valley folds. Its always a nice surprise when you open a card to find something fun and interesting inside :)
Another project had a more masculine or mature feel, the sahara sand, old olive and chocolate chip worked so well together. The oak tree was colored with markers, the green first, then the brown detail added. Do you notice that the tree is stamped on flat cardstock ? Details of that below ...
I made my own diffuser, by using two pieces of brown cardstock taped together. A diffuser basically keeps the pressure on or off certain pieces you are embossing. For this card I wanted that circle to be flat, so I made circle cuts in the card. The sandwich for this to work was : Multipurpose platform on all tabs, embossing folder with cardstock inside, diffuser placed on top, then the top acrylic plate. Run through the big shot. Note that is you are ever making your own embossing layers, you need to think about and test how you build your sandwich to get the right amount of pressure.
Hope you learned something, thanks for visiting :)