Atomfair HPD-521 Ambient-Light Holography System – 40mW Laser, Photopolymer Plates for University Basic Optics Teaching

Atomfair HPD-521 is a cost-effective ambient-light holography system for university basic optics teaching. Featuring 40mW laser, photopolymer plates, no darkroom need, and white-light rainbow holography, it’s safe and easy to use.

Description




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聽聽聽 Atomfair HPD-521 Basic Ambient-Light Holographic Photography Experiment System


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Atomfair HPD-521 Basic Ambient-Light Holographic Photography Experiment System

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1. Product Overview

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Atomfair HPD-521 Basic Ambient-Light Holographic Photography Experiment System is specially designed for basic information optics teaching in majors such as physics and optoelectronic information in institutions of higher education. The system uses photopolymer plates as recording media and a 40mW semiconductor laser as the light source, supporting ambient-light operation without a darkroom. It can carry out transmission, reflection and white-light reconstruction rainbow holography experiments, with low cost and easy maintenance, making it an ideal basic teaching demonstration experiment platform.

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2. Core Features

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  • Convenient Ambient-Light Operation: No special darkroom is needed, experiments can be completed in ambient-light environment, reducing the requirements for teaching venues;
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  • Safe & Non-Toxic: Uses isopropanol to develop plates, no toxic and harmful substances, safe and environmentally friendly operation;
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  • Excellent Imaging Effect: Photopolymer plates have high resolution and diffraction efficiency, and clear 3D images can be reconstructed after developing and drying;
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  • Stable & Durable: 40mW semiconductor laser has stable operation and long service life, ensuring long-term teaching use;
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  • Flexible Operation: Equipped with electronic exposure timer, supporting manual and timing mode switching, combined with high-precision portable illuminance meter, with strong experimental controllability;
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  • High Cost-Effectiveness: Low cost and simple maintenance, suitable for large-scale basic teaching demonstration scenarios.
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3. Main Experimental Content

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  • Ambient-Light Transmission Holography Experiment;
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  • Ambient-Light Reflection Holography Experiment;
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  • Reflection Rainbow Holography Experiment (White-Light Reconstruction).
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4. Core Knowledge Points

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  • Basic recording and reconstruction principles of holographic photography, including the fundamentals of light interference and diffraction;
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  • Imaging differences and production logic of transmission and reflection holograms;
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  • Technical principles of white-light reconstruction for rainbow holograms;
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  • Characteristics and usage methods of photopolymer plates;
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  • Operation and parameter adjustment logic of experimental equipment such as laser light sources and exposure timers.
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5. Specification Parameters (International Standard)

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  • Light Source Parameters: 40mW semiconductor laser, stable operation, service life complies with international standards for teaching-level light sources;
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  • Recording Media: Photopolymer plates, resolution and diffraction efficiency meet the requirements of international basic holography experimental equipment;
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  • Environmental Adaptability: Supports ambient-light operation, working temperature 15~35鈩
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  • Safety Standards: Adopts non-toxic isopropanol developing process, electrical parts follow IEC 61010 teaching equipment safety specifications;
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  • Auxiliary Equipment: Electronic exposure timer (digital display), portable illuminance meter (wide range, high precision, complying with international metrology standards).
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6. Main Configuration

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Core Components Auxiliary Accessories
HPD-521 Experimental Host Photopolymer Plate Set
40mW Semiconductor Laser (with Power Supply) Isopropanol Developing Kit
Holographic Optical Components (Beam Splitters, Mirrors, etc.) Electronic Exposure Timer
Portable Illuminance Meter Experimental Operation Guide (English Version)
Optical Path Fixing and Adjustment Frames Hair Dryer (Special for Plate Drying)

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7. Customization Services

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  • Configuration Customization: Increase/decrease the quantity of plates and optical components according to the scale of teaching classes, adapting to different experimental needs;
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  • Experiment Expansion: Add extended experimental projects such as basic holographic parameter optimization and imaging effect comparison;
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  • Teaching Supporting: Customize English experimental instruction manuals and teaching demonstration videos to adapt to overseas teaching scenarios;
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  • Technical Support: Provide overseas equipment calibration, operation training and remote troubleshooting services.
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If you鈥檙e interested, have any questions, or have specific customization requirements, please feel free to contact us at inquiry@atomfair.com.