Don't resist, try out the new geometric design wheatstone bridge inspired necklace! The necklaces are inspired by a wheatstone bridge circuit and are 3D printed in any of the following materials and then assembled onto a black chain. Want to see more about how your necklace is made? Get up close and personal with the manufacturing process when you add on a custom video to any plastic product order! We will video tape the 3D printing of your actual necklace, as well as its assembly. This is a great add on to make it the perfect gift. Note: This necklace presents a choking hazard and should not be given to children 5 or younger.
Kids Wheatstone Bridge Necklace
Wheatstone bridges were invented in the 1830s by Samuel Christie, but were later brought into more frequent use by Charles Wheatstone. Wheatstone bridges actually provide very accurate measurements and are still used even as technologies have improved.
A wheatstone bridge is a simple circuit that is used for finding an unknown resistance. Circuits are connections electrons flow from a source, carrying energy. Each of the four zig-zag lines on the earrings represents a resistor in a circuit, as shown to the right. Resistors are put into circuits lower current flow and voltage.
If three of the resistances and the voltage being applied to the wheatstone bridge are known, then the last unknown resistance can be found using a simple formula.
Ad-Ons
Custom Video
Want to see more about how your necklace is made? Get up close and personal with the manufacturing process when you add on a custom video that will show your exact piece of jewelry being created!
Processing + Shipping Time
Due to the custom nature of the jewelry, all pieces are made to order. All items are shipped together.
Plastic 14-16 days
*International shipping available through USPS to the UK, Canada, Mexico, China and Australia for an additional cost. Shipping to other countries can be accommodated on individual request.*
Additional Customization
Do you have an additional customization request (size, engraving, etc)? Email us at scichiccontact@gmail.com!