Description

Specifications Table

Product Material – Optical-grade glass/aluminum

Grade – Research/educational

Application – Laser diffraction, spectroscopy, optics experiments

Product Overview

These high-quality gratings and slits are engineered for precision laser experiments, ensuring accurate diffraction patterns and reliable optical performance. Crafted from durable optical-grade glass or aluminum, they are designed to withstand repeated use in laboratory settings while maintaining consistency. The gratings feature finely etched lines with uniform spacing, enabling clear and sharp interference patterns essential for spectroscopy, wavelength analysis, and educational demonstrations. The slits, available in varying widths, allow for controlled beam shaping and intensity modulation, making them versatile tools for both basic and advanced optical setups. Whether used in research labs, academic institutions, or DIY experimental setups, these components provide the clarity and repeatability required for accurate measurements. Their robust construction minimizes wear and tear, ensuring long-term reliability without compromising optical integrity. Compatible with standard laser diodes and He-Ne lasers, they integrate seamlessly into existing experimental configurations.

FAQs

1. What materials are these gratings and slits made from?

They are primarily made from optical-grade glass or aluminum, chosen for their durability and precision in laser applications.

2. Can these be used with different types of lasers?

Yes, they are compatible with common laser types, including diode lasers and He-Ne lasers, for various experimental setups.

3. How do I determine the correct slit width for my experiment?

The choice depends on your laser wavelength and desired diffraction pattern. Narrower slits produce wider diffraction, while wider slits offer sharper beams.