This easy to manipulate 5 x 15 inch Charming Itty-Bitty Eights Ruler designed by Lisa Bongean of Primitive Gatherings is the perfect size to cut 5 inc...More
This easy to manipulate 5 x 15 inch Charming Itty-Bitty Eights Ruler d...
The Quick Trim and Circle Ruler is available in two sizes 3-1/2 x 12-1/2 inches (CGRMT1) and 4-1/2 x 24-1/2 inches (CGRMT5). Both rulers include the T...More
The Quick Trim and Circle Ruler is available in two sizes 3-1/2 x 12-1...
The Quick Trim and Circle Ruler is available in two sizes – 3-1/2 x 12-1/2 inches (Item CGRMT1) and 4-1/2 x 24-1/2 inches (Item CGRMT5). Both rulers ...More
The Quick Trim and Circle Ruler is available in two sizes – 3-1/2 x 1...
Use the horizontal, vertical, and diagonal markings to square up any block – up to a 12-1/2 inch square. Use these lines to center and trim embroider...More
Use the horizontal, vertical, and diagonal markings to square up any b...
Use the horizontal, vertical, and diagonal markings to square up any block up to a 9-1/2 inch square. Use these lines to center and trim embroidery d...More
Use the horizontal, vertical, and diagonal markings to square up any b...
Use the horizontal, vertical, and diagonal markings to square up any block – up to an 8-1/2 inch square. Use these lines to center and trim embroider...More
Use the horizontal, vertical, and diagonal markings to square up any b...
Use the horizontal, vertical, and diagonal markings to square up any block – up to a 6-1/2 inch square. Use these lines to center and trim embroidery...More
Use the horizontal, vertical, and diagonal markings to square up any b...
These functional carriers in two sizes are designed to store, protect, and carry oversized items such as rulers, cutting mats, sketchbooks — even ...More
These functional carriers in two sizes are designed to store, protect,...
Omnigrid InvisiGrip is a clear, non-slip material that is applied to quilting rulers and templates to prevent slipping while rotary cutting; InvisiGri...More
Omnigrid InvisiGrip is a clear, non-slip material that is applied to q...