Cometek 150mm Double Convex Lens with Focal Length 2" Diameter (Pack of 4)

Brand: COMETEK

Cometek 150mm Double Convex Lens with Focal Length 2" Diameter (Pack of 4)

Name: Cometek 150mm Double Convex Lens with Focal Length 2" Diameter (Pack of 4)
Brand: COMETEK
SKU: TI-C1-74310
Price: 230 INR
Availability: InStock
Rating: 5.00 (1 reviews)

SKU: TI-C1-74310

MRP : ₹299 ₹230

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Estimated Delivery By: Jul 26 - Jul 28

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₹230 (Including GST)

MRP : ₹299

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Pack of 4 Cometek double convex lens

Comes with 150mm focal length

Country of origin: India

Brand: COMETEK

Lens Type: Double Convex (Bi-Convex / Spherical)
Focal Length: 150mm
Diameter: 2 inches (50mm)
Material: Optically worked glass
Edge Finish: Ground and polished
Package Quantity: 4 Lenses

Perfect for physics classrooms and science labs, the Cometek Double Convex Lens Set brings optical physics to life. This 4-pack of optically true lenses features a 150mm focal length and a 2" (50mm) diameter, making them ideal for clear, bright light refraction demonstrations. Crafted from high-quality, optically worked glass, each spherical lens is highly polished with ground edges for safe, smooth handling. Whether you are demonstrating focal points, image formation, or the principles of light bending, these durable, precision-engineered glass lenses deliver consistent performance and exceptional clarity for all educational optics experiments.

Features

Premium Optically Worked Glass: Made from high-quality, optically true glass for maximum clarity and precise light refraction.
Highly Polished & Safe: Features smooth, ground edges for safe handling during student physics lab experiments.
True Double Convex Shape: Spherical bi-convex design optimized for converging parallel light rays efficiently.
Convenient 4-Piece Classroom Pack: Comes in a set of 4 lenses, perfect for small group student activities and lab stations.

Applications

Visualizes how hyperopia (far sightedness) is corrected using converging lenses.
Mimics the foundational lens mechanism used to focus light onto image sensors.
Illustrates how small images are magnified and projected onto larger screens.
Serves as the basic building block for multi-lens magnification systems.