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Glass Cylindrical Lenses Bi-Convex Power 14D (Focal Length ~72Mm)
These Glass Cylindrical Lenses Bi-Convex Power 14D (Focal Length ~72Mm) are designed to focus light along a straight line, making them incredibly useful for a variety of applications. Whether you're looking to examine the full paths of rays on paper or need to illuminate small objects with precision, these lenses are the perfect tool for the job. Made of optically true glass with polished faces and ground edges, these lenses are both durable and reliable. They are also known as square lenses or ray box lenses, and are a must-have for anyone working in optics or related fields.
Key Features:
- Bi-convex design for focusing light along a straight line
- Focal length of approximately 72mm
- Made of optically true glass with polished faces and ground edges
- Useful for examining the full paths of rays on paper
- Also known as a square lens or ray box lens
- Power of 14D for strong magnification
Product Specifications:
| Product Name | Glass Cylindrical Lenses Bi-Convex Power 14D (Focal Length ~72Mm) |
| Material | Glass |
| Lens Type | Cylindrical |
| Lens Shape | Bi-Convex |
| Power | 14D |
| Focal Length | ~72Mm |
Similar Products
- Glass Cylindrical Lenses Bi-Concave Power 14D (Focal Length ~72Mm)
- Plastic Cylindrical Lenses Bi-Convex Power 10D (Focal Length ~100Mm)
- Glass Spherical Lenses Convex Power 20D (Focal Length ~50Mm)
- Plastic Spherical Lenses Concave Power 8D (Focal Length ~125Mm)
- Glass Prism Equilateral 30-60-90 Degrees
Note: These are similar products, and each product is different, so research is required to find the best fit for your needs.
CAUTION: Handle with care as glass lenses can be fragile and may break if dropped or mishandled.
Perfect for:
- Physics students and educators
- Science enthusiasts
- Optical engineers and technicians
- Researchers in the field of optics
- Individuals interested in studying light and its properties
- Professionals working in the field of optics and light technology
Glass Cylindrical Lenses Plano-Convex Power 14D (Focal Length ~72Mm)
These Glass Cylindrical Lenses Plano-Convex Power 14D (Focal Length ~72Mm) are designed to focus light along a straight line. They are particularly useful for looking at full paths of rays on paper, such as pencils of light emerging from the slits of a comb illuminated by a small lamp. Made of optically true glass with polished faces and ground edges, these lenses are also known as square lens or ray box lens. With their unique design, they are perfect for various applications that require precise light manipulation.
Key Features:
- Glass material for optically true lenses
- Cylindrical shape for focusing light along a straight line
- Plano-convex design for enhanced light transmission
- Power of 14D for specific focal length of ~72mm
- Useful for visualizing full paths of rays on paper
- Ground edges and polished faces for precision
Product Specifications:
| Product Name: | Glass Cylindrical Lenses Plano-Convex Power 14D (Focal Length ~72Mm) |
| Material: | Glass |
| Type: | Lenses |
| Length: | Cylindrical |
| Focal Length: | ~72Mm |
| Shape: | Plano-Convex |
| Power: | 14D |
Similar Products
- Rectangular Glass Lenses Plano-Concave Power 16D (Focal Length ~62.5Mm)
- Cylindrical Glass Lenses Double-Convex Power 20D (Focal Length ~50Mm)
- Round Glass Lenses Plano-Convex Power 10D (Focal Length ~100Mm)
- Square Glass Lenses Double-Concave Power 12D (Focal Length ~83.3Mm)
- Oval Glass Lenses Plano-Concave Power 18D (Focal Length ~55.5Mm)
Note: These are similar products, and each product is different, so research is required to find the best fit for your needs.
CAUTION: Handle with care to avoid breakage and injury. Use appropriate eye protection when working with light sources. Do not look directly at the light source.
Perfect for:
- Optical engineers and scientists
- Physics and optics students
- Research institutions and laboratories
- Manufacturing companies that produce optical equipment
- Individuals interested in studying light and its behavior
- Professionals who require precise and accurate measurements of light
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