Educational Mini Handheld Microscope with LED Light 60-120x Handheld Microscope Light Battery Powered Outdoor Children Toys Gift

Feature:
1. Safe Material: The mini pocket microscope is made of safe and durable ABS material, ensuring reliability, odorlessness, and resistance to breakage. It is particularly suitable for children to play with, providing a safe and enjoyable learning experience.
2. LED Light Source: The educational mini handheld microscope comes with a built-in LED light source that is gentle on the eyes and provides adequate illumination. It allows you to modulate the light source according to different environmental conditions, facilitating exploration in various settings.
3. Portable Design: The compact size of the kid science experiment pocket microscope makes it suitable for children’s hands, offering a comfortable grip. Its portable design ensures easy carrying and usage, allowing children to explore anytime and anywhere. Don’t miss out on the opportunity to engage in scientific discoveries!
4. Making Learning Fun: The children’s LED illuminated lab handheld microscope introduces kids to the exciting world of science and prepares them for the future. It sparks their curiosity and makes learning an engaging and enjoyable experience.
5. Great Gift for Kids: This kids science microscope makes an excellent gift for children, encouraging their interest in science and exploration. It provides a valuable tool for their educational journey and ignites their passion for scientific discovery.

Specification:
Origin: Mainland China
Recommend Age: 6-12y
Style (optional): blue microscope/white microscope/specimen slide
Material: ABS
Power supply: 1 AAA battery is required (not included in the delivery, buyers need to provide their own)
Product Size:
Microscope 4.5*3*9.6cm/1.77*1.18*3.77inch
Packaging: colour box packaging

Note:
Due to the different monitor and light effect, the actual color of the item might be slightly different from the color showed on the pictures. Thank you!
Please allow 1-2cm measuring deviation due to manual measurement.