Science Education Supplies By ULTECHNOVO

• Concave lens diffraction grating lenticular sheet binoculars fresnel lens round glasses science lenses diffraction sheet pocket telescope lenses science convex and concave lenses physics: lab uses
• Round glass: widely use: used in scientific experiments and classroom demonstrations.
• Glass lens: - wide range of application: the magnifying glass convex lens is not suitable for physics classrooms, a accessory for scientific experiments, but also at home. grandparents with presbyopia or reduced can use it to read newspapers or books.
• Round: optical lens: made of high- quality optical glass, with and high precision, it can be used for a long time.
• Diffraction grating: useful for many physics classroom demonstrations and experiments.

• Concave lens diffraction grating lenticular sheet binoculars fresnel lens round glasses science lenses diffraction sheet pocket telescope lenses science convex and concave lenses physics: lab uses
• Round glass: widely use: used in scientific experiments and classroom demonstrations.
• Glass lens: - wide range of application: the magnifying glass convex lens is not suitable for physics classrooms, a accessory for scientific experiments, but also at home. grandparents with presbyopia or reduced can use it to read newspapers or books.
• Round: optical lens: made of high- quality optical glass, with and high precision, it can be used for a long time.
• Diffraction grating: useful for many physics classroom demonstrations and experiments.

• Compass Magnetic Needle: Use a bar magnet to move in the same direction so that the magnetic needles are arranged regularly. After the strip magnet is removed, this arrangement will not change. In this way, one end of the model becomes S pole and the other end becomes N pole, simulating the magnetization environment.
• Physics Experiment Equipment: Demonstrate the magnetic coil spectrum and polarity of the toroidal current magnetic field.
• Science Magnets Kit: Make it easier for students to understand electromagnetic induction.
• Compass Magnets: Demonstrate the magnetic field line map of the linear current magnetic field, and explain the relationship between the magnetic field direction and the current direction.
• Teaching Aids: Adopted from material, it is and use.