USB Powered A4 Magnetic Pad Guide Light Tracing and Drawing Board
Description:
A handy A4 tracing pad with the backlight to help you with beautiful drawings and projects to achieve accurate results. Great for kids to practice free hand drawing.
Features:
Illuminate your artwork using this Magnetic Light Pad. You can use it as a guiding light when tracing, doing projects, and plates, so you can work properly with sufficient light to avoid errors which helps in saving your art materials, making it cost-efficient, and lets you work with precision all the time.
This Magnetic Drawing Board is made with acrylic materials have a portable and lightweight appearance and have an ultra-thin design. This pad is made with superb craftsmanship that made the base strong, and it also comes with 2 red magnets, that you can use to pin your papers so it won’t get warped when used.
This Tracing Light Pad is equipped with built-in LED lights that do not flicker and helps protect your eyes from too much exposure. The light’s brightness can be adjusted up to 5 levels, all of which are according to your lighting preferences and needs.
The tracing pad is equipped with a 2000mAh built-in rechargeable battery thereby increasing this product’s portability, enabling you to use this magnetic tracing pad even when it is not connected to a power source. This item is perfect for creating stencils, tracing activities, scrapbooking, calligraphy, and drawing.
Specifications:
Color: Black, White, Blue, Pink
Material: Mitsubishi Acrylic
Size: 339*248*19mm
Weight: 645g
Functions: Drawing Board
Usage Time: 4-6 hours
Battery Information: 2000mAh built-in, rechargeable battery
Current: 0.2-0.22A
Power: 5W
Output Voltage: USB 5V
USB Powered
Package List:
1 x A4 Drawing Pad
2 x Red Magnets
1 x Charging Cable
1 x User Manual
Product Notes:
Please allow 1-3 cm difference due to manual measurements.
Please note that the actual colors of the products displayed on screens may vary slightly from the images shown, due to various factors such as screen settings, lighting conditions, and individual device color calibration.