Fourier Image Information Optical Physics Lab Experimental Setup

This experimental system is designed for the study of Abbe imaging principles, spatial filtering, and optical information processing. Through hands-on experiments, users can observe a variety of optical phenomena, investigate spatial frequency characteristics, calculate grating frequencies, and analyze the effects of different optical filters on image formation and processing.

This physics laboratory experiment system, manufactured by Atico Exports, provides a comprehensive platform for studying geometric optics, wave optics, interference, diffraction, holography, polarization, and information optics through hands-on experimentation.

Based on the principles of Fourier optics and Abbe imaging theory, the system enables learners to explore image reconstruction, spectrum distribution, and spatial filtering techniques that form the foundation of modern optical information processing technologies.

Experimental Principles

• Abbe imaging principle studies
• Spatial filtering experiments
• Optical information processing
• Spatial frequency analysis
• Grating frequency investigations
• Fourier optics demonstrations
• Spectrum distribution analysis
• Image formation and reconstruction

• Physics laboratory experiments
• Optical information processing studies
• Fourier optics education
• Spatial filtering demonstrations
• Imaging system analysis
• Diffraction and frequency-domain investigations
• Advanced optics laboratory training

Light Sources :

• Laser light source
• White light source

Optical Components :

• Apertures
• Optical filter set
• Supporting optical accessories

Adjustment & Mounting System :

• Two-dimensional adjustment frame
• Optical bases
• Light source mounting frame
• Sliding stages
• Alignment accessories

Optical Rail :

• High-quality carbide guide rail
• Length: 1 m

Gratings :

• Two-dimensional grating
• Transmission grating

Additional Components :

• Grid target
• Theta modulation board