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Double Concave Lens, 250mm Focal Length, 1.5" (38mm) Diameter - Spherical, Optically Worked Glass Lens - Ground Edges, Polished - Great for Physics Classrooms - Eisco Labs

Double Concave Lens, 250mm Focal Length, 1.5" (38mm) Diameter - Spherical, Optically Worked Glass Lens - Ground Edges, Polished - Great for Physics Classrooms - Eisco Labs

by Eisco Labs
SKU PH0536ECC
$10.69 - $10.69
$10.69
$10.69 - $10.69
$10.69
  • DOUBLE CONCAVE || Highly polished, double concave lens
  • SPHERICAL || Lens measures 1.5" (38mm) in diameter and is approximately 3mm thick
  • 250MM FOCAL LENGTH || Diverging lens with a 250mm focal length
  • OPTICALLY WORKED GLASS || Made of high quality, optically worked glass. Highly polished with ground edges
  • GREAT FOR PHYSICS CLASSROOMS || This optically true lens is excellent for physics classroom demonstrations in optics and light refraction
Backorder
May take up to 60-90 days to ship
$10.69 - $10.69
$10.69
$10.69 - $10.69
$10.69
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Some items have built-in volume discounts, but if you'd like a quote, call us or click below. You may get a better deal than the rates listed here!
Large or special order? Call (585) 360-2295 or
This product is not in stock, but is available to order. Backordered items can take up to an additional 60 to 90 days to be shipped.

Optically True, Double Concave Lens
38mm Diameter, 250mm Focal Length
High quality, optically true lens. Made of highly polished, quality glass. Spherical with ground edges. Designed for educational purpose and science classroom demonstrations in optics and light physics.
Lens measures 1.5" (38mm) in diameter, and has a diverging focal length of 250mm.

Eisco Labs proudly manufactures its own products using state-of-the-art equipment, and following the highest standards of quality control.
Each product is carefully designed by a team of laboratory professionals and experienced engineers with quality and durability in mind. They are manufactured with only the highest grade, raw materials and according to international quality standards to ensure that they can withstand use in even the toughest laboratory environments.