One-of-a-kind Plano Cylindrical Lens, Concave - Power Diopter -17 - 50 X 50mm Unlock 55% Savings [2s7lkRQg]

Plano Cylindrical Concave Lens - -17 Diopter

Introducing the Plano Cylindrical Concave Lens, a powerful educational tool designed for understanding the fundamental principles of light refraction and lens usage. This lens is perfect for demonstrating how different types of lenses bend or redirect light, showcasing the unique refraction patterns as light passes through. With a -17 power diopter and a 50mm x 50mm (2" x 2") size, this lens is both versatile and effective for educational purposes.

• High-quality, optically worked glass ensures precision and clarity.
• Ground edges add durability and longevity for classroom use.

Technical Specifications and Features

Crafted with precision, the Plano Cylindrical Concave Lens features a -17 power diopter, making it ideal for optical demonstrations and understanding vision correction. This lens is made of high-quality, optically worked glass, ensuring clarity and accuracy in experiments. Key features include:

• Dimensions: 50mm x 50mm (2" x 2")
• Material: High-quality, optically worked glass
• Power: -17 diopter
• Polished for maximum performance

Experience the benefits of a lens that is as robust as it is precise, designed for optimal performance in any educational setting.

Practical Applications and Benefits

The Plano Cylindrical Concave Lens is an essential tool for students and educators alike, offering a hands-on approach to learning the principles of optics and light refraction. Whether in a physics classroom or during a vision science workshop, this lens provides a tangible way to understand how lenses correct vision impairments. Here are some practical uses:

• Demonstrate the effects of light refraction and lens power.
• Teach students about the role of lenses in vision correction.
• Enhance understanding of optics and physics concepts.

Invest in the Plano Cylindrical Concave Lens and bring the wonders of optics to life in your educational endeavors.