Christmas Sale Top Spinning Base, 5" (125mm) Surface, 12mm Thick - Double Concave - Premium Optical Glass Lens, 20mm Focal Length - Optically True - Ground, Beveled Edges - Eisco Labs Money-back Guarantee [HfkNRXz8]

Top Spinning Base with Premium Optical Glass Lens

Introducing the Eisco Labs Top Spinning Base, a cutting-edge educational tool designed for precision and performance. This premium optical glass lens, featuring a 5" (125mm) surface and a 12mm thickness, offers exceptional clarity and durability. The double concave design and 20mm focal length ensure an optically true experience, making it ideal for both educational purposes and top spinning activities.

Key Product Features

Experience the high quality and precision of the Eisco Labs Top Spinning Base with its optical concave glass lens. This lens boasts a refractive index of 1.52, providing unparalleled clarity and accuracy. The 125mm diameter and 12mm thickness at the edge offer a robust and stable platform for your experiments or top spinning needs. Here are some of the key features that set this product apart:

• Optical Concave Glass Lens: Offers exceptional clarity and precision for educational experiments.
• Double Concave Design: Enhances optical performance and stability for top spinning.

Practical Applications and Benefits

The Eisco Labs Top Spinning Base is not just an educational tool; it's a versatile accessory for enthusiasts and professionals alike. Whether you're conducting optical experiments or simply enjoying the art of top spinning, this product delivers. Its unique design and high-quality materials make it a valuable addition to any collection. Here are some practical applications and benefits:

• Ideal for Top Spinning: The double concave design and 20mm focal length provide an optimal spinning experience.
• Optically True: The lens ensures accurate and reliable results for educational purposes.

With its robust construction and superior optical performance, the Eisco Labs Top Spinning Base is a must-have for anyone interested in optics and top spinning.