Portable Monocular Student Compound Microscope 1600 Times Stereo Microscope LED Upper and Lower Light Source Portable microscopes

From specimen preparation and focus adjustment to observation and recording, the entire process cultivates students' hands-on skills, patience, observational abilities, and empirical scientific thinking based on the hypothesis-verification process—qualities that textbook learning cannot replace.Product descriptionspecificationName: 1600x microscope/monocular microscopeFocusing method: central focusStructure: MonocularLens material: ordinary optical lensMirror body material: metalProduct size: H:28cm,L：15cm,D:10cmUses: outdoor activities, scientific research and teachingApplicable crowd: adult, professional gradefeatureFor students-specimen observation-physical observation-45°tilted monocular lens-coaxial coarse and fine adjustment-standard power supply-objective lens (4x, 10x, 40x)The microscope's robust and durable design, along with its large, clearly labeled operating parts, is suitable for students' hand sizes and usage habits, making it easy to use.

• Microscopes can clearly reveal the microscopic world invisible to the naked eye, transforming abstract knowledge into concrete images and greatly stimulating students' curiosity and enthusiasm for learning about life sciences and the material world.
• It is an ideal microscope, suitable for home school or elementary school to high school students to study science
• 1600 times children's microscope LED upper and lower light sources, use it to magnify the tiny world invisible to the naked eye, stereo/specimen dual observation mode takes you to explore the microscopic world-the upper light source observes the real object
• The 2x objective lens provides low magnification and long focal length, and the microscope is used to examine large specimens
• Microscope coaxial coarse and fine adjustment, coarse adjustment positioning, fine adjustment observation, accurate focusing, simple operation
• The 45-degree tilted monocular microscope is consistent with the observation angle of the human body. Children's microscopes can avoid long-term use of the cervical spine