Optical Image Addition and Subtraction Physics Lab Experiments Setup

This experimental system is designed for the study of optical image processing, image addition and subtraction, and pattern recognition techniques. By comparing two images containing common and differing information, users can observe how optical processing methods enhance shared features or emphasize differences between images.

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.

Using spatial filtering techniques and diffraction gratings, the system demonstrates fundamental concepts of coherent optics and optical information processing. The experiment helps learners understand image enhancement, feature extraction, and the principles of optical image recognition.

Experimental Principles & Applications

• Optical image addition and subtraction
• Spatial filtering techniques
• Optical information processing
• Image enhancement and comparison
• Pattern recognition studies
• Coherent optics experiments
• Feature extraction analysis
• Optical image processing methods

• Physics laboratory experiments
• Optical information processing studies
• Image recognition demonstrations
• Spatial filtering investigations
• Coherent optics education
• Pattern analysis and feature extraction
• Advanced optics laboratory training

Light Source :

• Semiconductor laser or visible gas laser

Optical Components :

• Diffraction gratings
• Optical lenses
• Supporting optical accessories

Adjustment & Mounting System :

• Recording plate holder
• Sliding stages
• Lens holders
• Adjustable mounting frames
• Precision aperture screen

Optical Rail :

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

Grating :

• One-dimensional grating

Additional Components :

• Projection screen
• Laser mounting bracket
• Laser adjustment mount
• Alignment accessories