LED X-Ray Film Illuminator (Duble Panel)
LED X-Ray Film Illuminator (Double Panel)
The LED X-Ray Film Illuminator (Double Panel) is a high-performance medical image viewing device designed for accurate and efficient interpretation of two X-ray films simultaneously. Equipped with advanced LED backlight technology, it provides bright, uniform, and flicker-free illumination, ensuring exceptional image clarity while minimizing eye strain.
Its slim profile, durable aluminum alloy frame, and high-transmittance acrylic viewing surface make it an ideal solution for hospitals, radiology departments, diagnostic imaging centers, orthopedic clinics, dental clinics, and healthcare institutions.
Key Features
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Double-panel design for viewing two X-ray films simultaneously
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High-brightness LED backlight technology
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Uniform, flicker-free illumination for enhanced image clarity
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Energy-efficient with low power consumption
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Ultra-slim and lightweight construction
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Long-life LED light source (up to 50,000 hours)
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High-quality acrylic diffuser viewing surface
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Durable aluminum alloy frame
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Secure film holding clips
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Low heat emission and maintenance-free operation
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Easy wall-mounted installation
Applications
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Hospitals
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Radiology Departments
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Diagnostic & Imaging Centers
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Orthopedic Clinics
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Dental Clinics
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Medical Colleges & Healthcare Training Institutes
Technical Specifications
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Product Type: LED X-Ray Film Illuminator
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Model: Double Panel
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Light Source: High-Brightness LED
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Viewing Capacity: Two X-ray Films
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Viewing Surface: High-Transmittance Acrylic Panel
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Frame Material: Aluminum Alloy
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Installation: Wall Mounted
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Power Supply: AC 220–240V, 50/60Hz
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LED Lifespan: Up to 50,000 Hours
Why Choose the LED X-Ray Film Illuminator (Double Panel)?
The LED X-Ray Film Illuminator (Double Panel) offers outstanding brightness, uniform illumination, and reliable performance for accurate diagnostic image viewing. Its dual-film capacity, energy-efficient LED technology, and durable construction make it an excellent choice for healthcare professionals seeking precision, efficiency, and long-term reliability in medical imaging.