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Sunburst Pencil Clock
by
Adrienne Carrie Hubbard | Crafty Little Gnome
(IC: blogger)
5 Materials
$10
2 Hours
Easy
I love the start of the new school year, and it’s not just because my kid is out of the house and back at school. The back to school season is a great time for anyone to freshen up their office or work space and indulge in some new office supplies.
For today’s tutorial we are going to make a starburst clock with sharpened pencils. Starburst mirrors and clocks have been trendy in the interior design world for a few years now. This quirky project takes it to a whole new level.
Trace the clock onto a piece of cardboard. Trace another circle about 2 inches bigger than the diameter or the clock. Cut cardboard circle out and cut another circle smaller in the center so that you have access to the back of the clock.
Glue the clock to the cardboard using super glue
Next, sharpen the pencils and glue them to the cardboard using Elmer’s craft glue. To make the pencils in a starburst pattern they will have to be sharpened different lengths.
Place the pencils in groups of 7. Sharpen the first one and then cut the rest shorter and shorter and then sharpen the tips.
Use gardening shears to clip the pencils shorter before you sharpen them to save time.
Glue the eraser-end of the pencils onto the cardboard using plenty of Elmer’s craft glue.
Leave the clock to dry for 24 hours, then it’s ready to hang in your school or office.
Tada! Finished project!
Enjoyed the project?
Suggested materials:
- 100 Pencils (Target)
- Clock (Target)
- Cardboard (Recycling box)
- Super glue (Target)
- White craft glue (Target)
Want more details about this and other DIY projects? Check out my blog post!
Published August 22nd, 2017 1:06 PM
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How about colored pencils for a pop of color
I love this concept but was wondering how you access the back of the clock to change the battery or adjust the time for daylight savings time if it is glued onto the cardboard?
What was the exact circumference of that clock. (By that I mean, how did you know that exactly 100 pencils would fill that space? The # of pencils would be dependent on the distance around the clock, right?) This is crazy cool!!!