
( Brand: Edmund Optics ), ( Manufacturer Part Number: 56282 )
The Edmund Optics 56282 Precision Pinhole, also known as part number 56-282 JO, is a high-quality optical component designed for various applications in optical systems and experiments. This pinhole boasts precise dimensions and excellent optical quality, ensuring accurate and reliable results.
The pinhole measures 50.00 millimeters in diameter and is manufactured using borosilicate glass. Borosilicate glass, known for its low thermal expansion coefficient and excellent durability, makes this pinhole ideal for use in temperature-sensitive environments or applications requiring long-term stability. The pinhole's flat and smooth surface ensures minimal scattering and distortion, which is crucial for maintaining the integrity of the optical path.
The precision machining process guarantees a tight tolerance of 0.025 millimeters in diameter, ensuring that the pinhole fits perfectly in the system and delivers consistent and repeatable results. This level of precision is essential for applications that demand a high degree of accuracy, such as microscopy, laser beam characterization, and machine vision systems.
The pinhole's transmissivity is greater than 85% in the visible spectrum, which allows for maximum light transmission and efficient energy utilization. Additionally, its high-quality glass material offers excellent chemical resistance and durability, making it suitable for use in various harsh environments.
The Edmund Optics 56282 Precision Pinhole comes with a protective plastic cap to prevent dust and debris from entering the pinhole and affecting the optical performance. It is also available in various other sizes to cater to different application requirements.
Overall, the 56282 Precision Pinhole by Edmund Optics is a versatile and high-performance optical component, offering precise dimensions, excellent optical quality, and high transmissivity, making it a valuable addition to any optical system or experiment.
a. High-quality optics: Edmund Optics is a renowned manufacturer of optical components, ensuring the precision pinhole 50 56-282 JO meets high standards of optical quality.
b. Versatile application: This pinhole can be used in various applications, including microscopy, imaging systems, and optical testing.
c. Customizable: Edmund Optics offers custom sizes, shapes, and materials for pinholes to cater to specific project requirements.
d. Durable: Made of borosilicate glass, the pinhole is resilient to thermal shock and can withstand harsh environments.
e. Consistent size and shape: The precision-ground and polished pinhole ensures a uniform and consistent size and shape.
2. Cons:a. Cost: The price point for high-quality, precise pinholes can be a significant investment for some projects or budgets.
b. Fragile: Borosilicate glass, while durable, can still break if dropped or subjected to extreme force.
c. Limited light transmission: The pinhole's small size restricts the amount of light that can pass through, which could impact the brightness of an image.
d. Requires specific mounting: The pinhole may need to be mounted with care to maintain its precision and accuracy.
Conclusion:The Edmund Optics 56282 Precision Pinhole, 50 56-282 JO, offers numerous advantages, including high-quality materials, versatility, durability, and customization. However, its high cost, fragility, limited light transmission, and specific mounting requirements must be considered before making a purchase.
Recommendation:If your project requires a high-precision pinhole with consistent size, shape, and materials, the Edmund Optics 56282 Precision Pinhole, 50 56-282 JO, is an excellent investment. Consider the potential costs and limitations, and weigh them against the benefits for your specific application. If budget is a concern, alternative pinhole options may be worth exploring, but ensure they meet the necessary precision requirements.
Item is from the inventory of a business and in good, used condition.