CUIFATI Handheld Microscope, 60x to 180x Magnification with Twist to Focus Mechanism and Switchable LED Light, for Kids Science Exploration, Classroom Observation

Spec: Item Type: Handheld Microscope Material: ABS Battery: AG13 Battery x2 320mAh Light Source: LED Light Magnification: 60 to 180X Specimen Quantity: 4 Package List: 1 x Handheld Microscope 1 x Base 4 x Specimen 1 x Instruction Manual How To Use: Follow the instructions in the manual

• [Educational Exploration Tool] Inspires young scientists to examine everyday objects like leaves fabric fibers and insects in incredible detail. encourages stem learning and develops observational skills through hands on discovery. ideal for home school projects science fairs or family bonding activities.
• [Ready to Use Set] Includes four pre mounted safe specimen slides that require no preparation - simply peel and explore. the included samples provide instant access to microscopic adventures without any setup hassle. perfect for sparking scientific curiosity right out of the box.
• [Bright Led Illumination] Equipped with a powerful switchable white led light this microscope provides uniform shadow free illumination for crystal clear observations. the eye safe lighting ensures comfortable viewing even in dark environments like classrooms or outdoor adventures. no more struggling with poor visibility or harsh glares during your explorations.
• [Kid Friendly Design] Featuring an ergonomic grip and lightweight construction this microscope is designed specifically for children's small hands. the durable abs plastic body and scratch proof optical lens can withstand accidental drops. its compact size fits perfectly in pockets or backpacks for science discoveries anywhere.
• [High Magnification Microscope] The handheld microscope offers an impressive 60x to 180x continuous magnification range with its twist to focus mechanism. easily switch between wide field views and high power detailed examination making it perfect for both beginners and advanced users. the smooth zoom adjustment allows seamless transitions for exploring microscopic worlds.