OVERVIEW
Make a new friend in the gorgeous Theodore. With brand-new Colorize technology from Tim Holtz, Theodore Thinlits die set is an intricate paper-layering project which enables you to create more dimensional and professional designs than ever before! Each base shape has crease blades identifying where to place layers, before adding your mid-tone and highlight dies. Each layering element is labelled to take the guess work out of placing shades, creating amazing multi-faceted layered results. Theodore is perfect for embellishing birthday cards, creating amazing framed art and so much more!
This die was released as part of Chapter 1 2020.
Thinlits create dazzling detailed shapes for more creative cardmaking and papercrafting projects. These wafer-thin chemically-etched die sets are designed to cut, emboss or stencil a single sheet of cardstock, paper, metallic foil or vellum. They are simple to use, compact and portable for cutting at home or on the go. Use them for enhanced intricacy and to add a special touch of inspiration to all your projects.
The Thinlits dies in this set are compatible with the BIGkick, Big Shot and Vagabond machines.
To cut, the sandwich requires use of a pair of Cutting Pads and the machine's included Platform; when using the Essentials Platform or Solo Platform & Shim, the Extended Adapter or Solo Adapter is required. Because of their intricacy, Thinlits dies may require up to three passes to cut. If extra ejection is needed for easier separation of the die-cut from the design, place wax paper between the Thinlits die and your material and then cut.
These dies can also emboss when the machine's included Platform is combined with an Impressions Pad and Silicone Rubber sheet. The diagrams on the Platform offer easy guidelines about how to make the perfect Sizzix sandwich.
To stencil, place the die over desired material and apply ink or chalk to the die indentations. This technique can be used alone or to enhance embossed designs.
To learn more about our Colorize technology, visit our hub here.