Description
- ▲ 10mm diameter optical coated lens with 28mm diameter, using high-quality optical lens, the image is clear and bright, high transparency, small dispersion coefficient, ensuring high definition of imaging in the entire field of view. Folding design, taking into account people's reading habits, reading and reading newspapers is more convenient.
- ▲With scale pointer, measuring range 25mm, precision 1mm, clear reading, movable pointer, more accurate measurement.
- ▲ lightweight ergonomic design - uniform weight distribution. Ultra-light mini foldable, around 12g, it's the lightest magnifying glass. Holding no more arm fatigue! Unique structural design, personalized appearance, more professional.
- ▲ 2 high-brightness LED lights can be amplified at night, clear and clear, easy to switch, powered by 2 LR927 batteries.
- ▲ Lightweight structure is ideal for professionals or amateurs on the go. Ideal for geological and gemological enthusiasts who need portable amplification equipment in the field. Used for watch repair, reading beautiful prints, photography analysis, coins and stamps.
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WNhome magnifying glassBelieve that we are professional! This magnifying glass can be used not only as a portable magnifying glass, but also as a professional photoscope.I didn't come to this world because of you, but because of you, I love this world even more! If I can be with you, I will be grateful to the world.Everyone needs a magnifying glass for you, for the family, for the freedom of the eyes!Product parameters:Name: Handheld miniature high magnification magnifying glassMagnification: 10 timesLens: coated optical lensSize: 55*51*15mmMaterial: the outer frame is engineering plastic, the lens is glass, ABSNet weight: 12gPacking: exquisite PU packagingTo turn on the light, turn the light on and turn the magnifying glass switch to the left.To open the battery compartment, unscrew the three screws of the battery compartment cover counterclockwise.This magnifying glass is a fixed focal length. When observing, the base must be close to the object to be observed. When the natural l
