1pcs Automatic Sensor Trash Can Electronic 3L Household Smart Bin Kitchen Dustbin Bathroom Toilet Waterproof Bucket Garbage

1pcs Automatic Sensor Trash Can Electronic 3L Household Smart Bin Kitchen Dustbin Bathroom Toilet Waterproof Bucket Garbage

Bullet Points:
1.Safe Material: These touchless trash cans are made of ABS material, which is thick and not easy to break, has a good load-bearing capacity, waterproof and reliable.
2.Smart Sensor Design: There is a built-in smart infraredsensor on the top of the desktop trash can, which can be opened automatically with just a slight movement of your hand.
3.Multi-functional Design: This rechargeable trash can can be used in cars and at home. It is not only a car and home trash can, but also a practical storage box for life.
4.USB Charging: Come with a USB charging cable, don’t worry about power failure. The smart sensor trash can is compatible with a variety of charging methods.
5.Wide Application: This smart trash can is perfect for dorms, campers, RVs, and apartments, and also fits in bathrooms, powder rooms, kitchens, laundry rooms, craft rooms, etc.
Features:
1. Small trash can with lid, suitable for small spaces and desktop use.
2. Car, home multi-functional use, storage box for daily life, to store your small objects
3. Induction switch, two modes, non-contact induction mode, and manual touch button mode
4. Equipped with a USB charging cable, it can be used for 2 months once fully charged.
5. Suitable for coffee bar counters, powder rooms, bathrooms, kitchens, and more.
Specification:
Name: Smart Sensor Trash Can
Material: ABS+electronic components
Capacity: 3L
Dimensions: About 19 x 18.5 x 15cm/7.48 x 7.28 x 5.9inch
Features: smart sensor, multi-purpose storage, quick opening, low power consumption design
Product List:
Smart sensor desktop storage bucket *1
Charging cable *1
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 shown in the pictures.
2. Please forgive a slight measuring deviation due to manual measurement.