Spellbinder Nestabilitie Dies - BIG Scallops Lg and Sm

BIG SCALLOPED SQUARES LG  S4-253

Big Scalloped Squares LG, a set of 7 square shaped Nestabilities® die templates. Each side of the square features 4 ⅞" wide scallops, which scale down as the die size deceases

Coordinate with S4-126 Classic Squares LG and S4-254 Big Scalloped Squares, SM.

The difference between die template sizes within a Nestabilities® set is ½", which becomes a ¼" border when layering. The difference between LG and SM Nestabilities® sets is ¼". Combining both the LG and SM sets of Nestabilities® will allow for ⅛" borders when layering.

Approximate die template sizes:
1. ⅝" Square
2. 1⅛"
3. 1⅝"
4. 2¼"
5. 2¾"
6. 3¼"
7. 3⅞"

BIG SCALLOPED SQUARES SM S4-254

Big Scalloped Squares SM, a set of 7 square shaped Nestabilities® die templates. Each side of the square features 4⅞" wide scallops, which scale down as the die size deceases.

Coordinate with S4-128 Classic Squares SM and S4-253 Big Scalloped Squares, LG.

The difference between die template sizes within a Nestabilities® set is ½", which becomes a ¼" border when layering. The difference between LG and SM Nestabilities® sets is ¼". Combining both the LG and SM sets of Nestabilities® will allow for ⅛" borders when layering.

Approximate die template sizes:
1. ⅜" Square
2. ⅞"
3. 1¼"
4. 2⅛"
5. 2½"
6. 3⅛"
7. 3⅝"
--------------

BIG SCALLOPED OVALS LG  S4-251

This set of 5 Nestabilities™ die templates features scalloped cutting and embossing edges in an Oval shape. Big Scalloped Ovals LG have 10 half circle curves along the outer edge of the Oval shape. Big Scalloped Ovals LG will bring a soft and delicate look to your oval art.

Big Scalloped Ovals LG stack and layer with the S4-112 Classic Ovals LG and S4-252 Big Scalloped Ovals SM die template sets.

The difference between die template sizes within a Nestabilities® set is ½", which becomes a ¼" border when layering. The difference between LG and SM Nestabilities® sets is ¼". Combining both the LG and SM sets of Nestabilities® will allow for ⅛" borders when layering.

Approximate Die Template Sizes:
1. 1⅛ x ¾"
2. 1¾ x 1⅜"
3. 2½ x 1⅞"
4. 3¼ x 2½"
5. 4 x 3"

BIG SCALLOPED OVALS SM S4-252

This set of 5 Nestabilities™ die templates features scalloped cutting and embossing edges in an Oval shape. Big Scalloped Ovals SM have 10 half circle curves along the outer edge of the Oval shape. Big Scalloped Ovals SM will bring a soft and delicate look to your oval art.

Big Scalloped Ovals SM stack and layer with the S4-114 Classic Ovals SM and S4-251 big Scalloped Ovals LG die template sets.

The difference between die template sizes within a Nestabilities® set is ½", which becomes a ¼" border when layering. The difference between LG and SM Nestabilities® sets is ¼". Combining both the LG and SM sets of Nestabilities® will allow for ⅛" borders when layering.

Approximate Die Template Sizes:
1. ¾ x ½"
2. 1½ x 1⅛"
3. 2⅛ x 1⅝"
4. 2¾ x 2⅛"
5. 3⅝ x 2⅝"
--------------------------------

BIG SCALLOPED CIRCLES LG   S4-249

Big Scalloped Circles LG offer a 6 piece Nestabilities® die template set of scalloped edge Circles. There are 12 scallops on each die template, scaled down as the die templates decrease in size by ¼". The largest die template features ⅞" wide scallops.

This die template set coordinates with S4-114 Standard Circles LG and S4-250 Big Scalloped Circles SM. S4-124 Classic Scalloped Circles LG and S4-115 Petite Scalloped Circles LG offer different sized scallops.

The difference between die template sizes within a Nestabilities® set is ½”, which becomes a ¼” border when layering. The difference between LG and SM Nestabilities® sets is ¼”. Combining both the LG and SM sets of Nestabilities® will allow for ⅛” borders when layering.

Approximate Die Template Sizes:
1. 1⅛"
2. 1½"
3. 2⅛"
4. 2½ "
5. 3⅛"
6. 3½"

BIG SCALLOPED CIRCLES SM S4-250

Big Scalloped Circles SM offer a 6 piece Nestabilities® die template set of scalloped edge Circles. There are 12 scallops on each die template, scaled down as the die templates decrease in size by ¼". The largest die template features ⅞" wide scallops.

This die template set coordinates with S4-116 Standard Circles SM and S4-249 Big Scalloped Circles LG. S4-125 Classic Scalloped Circles SM and S4-117 Petite Scalloped Circles SM offer different sized scallops.

The difference between die template sizes within a Nestabilities® set is ½", which becomes a ¼" border when layering. The difference between LG and SM Nestabilities® sets is ¼". Combining both the LG and SM sets of Nestabilities® will allow for ⅛" borders when layering.

Approximate Die Template Sizes:
1. ¾"
2. 1¼"
3. 1¾"
4. 2⅜"
5. 2⅞"
6. 3¼"

-------------------------

BIG SCALLOPED RECTANGLES  LG S4-255

Big Scalloped Rectangles LG, a set of 5 Nestabilities® scalloped rectangular shaped die templates. Each side features ⅞" scallops, which scale down as the die size decreases.

This set coordinates with S4-132 Classic Rectangles LG and S4-256 Big Scalloped Rectangles SM.

The difference between die template sizes within a Nestabilities® set is ½", which becomes a ¼" border when layering. The difference between LG and SM Nestabilities® sets is ¼". Combining both the LG and SM sets of Nestabilities® will allow for ⅛" borders when layering.

Approximate die template sizes:
1. 1¼ x 1⅛"
2. 2 x 1⅝"
3. 2¾ x 2⅛"
4. 3½ x 2¾"
5. 4⅛ x 3⅜"

BIG SCALLOPED RECTANGLES SM  S4-256

Big Scalloped Rectangles SM, a set of 5 Nestabilities® scalloped rectangular shaped die templates. Each side features ⅞" scallops, which scale down as the die size decreases.

This set coordinates with S4-130 Classic Rectangles SM and S4-255 Big ScallopedRectangles LG.

The difference between die template sizes within a Nestabilities® set is ½", which becomes a ¼" border when layering. The difference between LG and SM Nestabilities® sets is ¼". Combining both the LG and SM sets of Nestabilities® will allow for ⅛" borders when layering.

Approximate die template sizes:
1. 1 x ¾"
2. 1¾ x 1⅜"
3. 2⅜ x 1⅞"
4. 3¼ x 2½"
5. 4 x 3⅛"


Hope this will lighten the confusion!  I have taken all the details from the Spellbinder site.