National DC4-212 Digital Monocular Microscope with Built-In 5.0MP Camera, LED Illumination, 40x–1000x Magnification
National DC4-212 Digital Monocular Microscope with Built-In 5.0MP Camera, LED Illumination, 40x–1000x Magnification
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Built-In 5.0MP Digital Camera: Capture and analyze high-resolution images and videos directly from the microscope with included software and calibration slide.
LED Illumination with 50,000-Hour Life: Energy-efficient lighting system provides bright, cool, and even illumination ideal for classroom or lab use.
Precision Optics for 40x–1000x Magnification: Achromatic, parfocal, and parcentered objectives ensure sharp and color-true images across all magnifications.
Smooth Mechanical Control: Dual coarse and fine focusing knobs with slip clutch, tension adjustment, and rack stop for precise focusing and slide protection.
Durable, Teacher-Approved Construction: Rugged cast metal frame with reverse turret design and large mechanical stage for long-term reliability and ease of use.
Experience precision and clarity with the National DC4-212 Digital Monocular Microscope, designed for classrooms, universities, and professional labs. Featuring a built-in 5.0MP digital camera, this microscope combines advanced optical performance with modern imaging capabilities—perfect for capturing, displaying, and analyzing specimens in real time.
Engineered for educational and research environments, the DC4-212 offers a reverse-position objective turret for easy slide access, smooth magnification changes, and durable construction built to last through years of classroom use. The high-efficiency LED illumination provides bright, even light without heat distortion and a long 50,000-hour lifespan, ensuring reliable performance every time.
With achromatic, parfocal, and parcentered objectives ranging from 4x to 100x, the DC4-212 delivers sharp and color-accurate imaging up to 1000x magnification. The integrated CMOS 5.0MP camera allows users to capture high-resolution images and videos for teaching, documentation, and sharing results.
Ideal for educators, students, and researchers, this National Optical model brings together precision optics, robust design, and digital integration for a superior microscopy experience.
