Description
Atomfair Laser-6392 Semiconductor Laser
Product Overview
Atomfair Laser-6392 is a high-performance semiconductor laser designed as an experimental accessory, tailored for professional optical research and experimental applications. With precise technical specifications and reliable performance, it meets international standards to support a wide range of optical experiments, making it an essential tool for laboratories, research institutions, and educational settings.
Key Specifications (International Standard)
- Laser Wavelength: 650nm
- Bandwidth: 0.2nm
- Output Power: 5mW – 40mW
Product Applications
This semiconductor laser is widely applicable in various optical experimental scenarios, including but not limited to:
- Geometrical optics experiments: Ideal for demonstrations and research related to light propagation, reflection, refraction, and imaging principles.
- Interference experiments: Enables precise observations and studies of light interference phenomena, supporting experiments such as double-slit interference, Newton’s rings, and Michelson interferometer applications.
- Diffraction experiments: Suitable for exploring diffraction effects of light passing through slits, gratings, or small apertures, facilitating in-depth research on wave optics characteristics.
- Polarization experiments: Compatible with polarization-related studies, including polarization state detection, polarization interference, and the behavior of polarized light in different media.
Product Highlights
- Complies with international technical standards, ensuring consistency and compatibility with global experimental setups.
- Stable output performance with narrow bandwidth (0.2nm) and adjustable power range (5mW – 40mW), adapting to diverse experimental requirements.
- Designed as a dedicated experimental accessory, featuring easy integration with standard optical experiment platforms for convenient operation.
If you’re interested, have any questions, or have specific customization requirements, please feel free to contact us at inquiry@atomfair.com.
