Feature(may vary by option.)

●✦Superior Energy Conduction: Our coil winding jig allows you to accurately wind your electronic garden antenna, optimize energy transfer and promote a durable and healthy plant growth. Use this important tool to increase your harvest capacity and improve your gardening experience
●✦ENHANCED YOUR GARDING: Maximize your growing potential with this coil winding jig. Create accurate and efficient coils for electrical gardening projects, ensuring consistent results and healthy plants
●✦ Fine, Smooth Surface: This coil winding tool is a durable and reliable tool that will stand the test of time. Fine, smooth surface prevents coil damage and scratches
●✦EASY TO USE: This tool can help you create a Fibonacci coil using copper wire. Suitable for antenna creation. Use this compact and versatile solution to experiment with the world of electrical gardening or simply winding up a coil to relax in
●✦COMPLETE KIT: Coil winding tool allows you to create a variety of versatile coils using 1.5m copper wire and 6 wooden rods. Simply wrap the wire around the stick with a jig and secure it to form professional shapes and sizes. No soldering or glue needed

[Small]




[Large]




[Size Set]





Description

Enhance your gardening experience with Copper Plant Antenna! Use this versatile tool to create an electronic garden antenna to explore the world of plants. Reusable coils and included coil winding jig are a must have for plant lovers.

Specifications:
Material: ABS.
Size: L: about 9.3 * 5.3 cm / 3.7 * 2.1 inch
S: 6.3*3.5cm/2.5*1.4" (Approx.)
Short wooden rod: about 10 x 1cm / 3.9 x 0.4 inch
Long wooden rod: about 20*1cm / 7.9**0.4"
Copper wire: about 150*1cm/59*0.4inch
Weight: Large: 16.2 grams; Small: 6.4 g

Package Contents:
1 Set Coil Wire Winding Tool

Note:
1. Due to the color temperature of the display, camera, ambient light, shooting skill and so on, some product photos may have a little color difference, the color will be affected by the actual product.
2.Please allow a little size difference due to different manual measurement.