T02 Portable Mini Wireless Thermal Pocket Printer Self-adhesive Stickers Use for DIY
Bullet Points:
1.Multifunctional Labels: With this mini pocket printer, you can easily print photos, mini stickers, DIY bookmarks, pictures, study notes, to-do lists, greeting cards, diaries and more. It's a perfect tool for organizing your life and expressing your creativity.
2.Beautiful and Creative: This mini sticker maker is a thermal printer that can print various themes and fonts on different types of paper. You can use the app to DIY your own designs and stickers. The printer works wirelessly with your phone or tablet.
3.USB Charging Design: You can easily charge your pocket printer with any USB power source, such as your laptop, power bank or car charger. No need to worry about running out of battery when you want to print. The small size and light weight make it convenient to carry around.
4.Versatile and Convenient: The inkless printer can be widely used for school, home, travel, and more. It uses thermal technology to print smoothly and quickly without ink, toner, or ribbon. You can print clearly and easily with this ink-free printing device.
5.Fun Gift: This mini thermal label printer is a great choice for Christmas, New Year, birthday or any occasion. You can surprise your friends and family with this cute and creative device.
Description:With this portable mini printer, you can print photos anytime and anywhere. You can also choose from various themes and fonts to DIY your labels. This mini thermal label printer is lightweight and easy to carry. It works smoothly with your phone or tablet via Blue tooth. Enjoy the fun of printing with this mini printer.
Specification:
Product Name: Mini Pocket Printer
Size: about 8.7*9*4cm/3.43*3.54*1.57in
Material: ABS
Packing List:1 x Mini Pocket Printer (1 roll of printer paper included)
Notes:1. Due to the different monitor and light effects, the actual color of the item might be slightly different from the color which is showed in the pictures.
2. Please forgive a slight measuring deviation due to manual measurement.