OMAX M82E Series Binocular Compound Microscope With Optional Digital Camera

What is OMAX M82E Series Binocular Compound Microscope With Optional Digital Camera?

The OMAX M82E Series Binocular Compound Microscope with Optional Digital Camera is a precision optical instrument designed for reliable performance in educational, clinical, and home laboratory environments. Priced at $267.99 and sold by AmScope, this best-selling model combines durability with essential microscopy features in a compact design. It supports magnifications from 10X to 1000X using achromatic DIN objectives and standard 10X eyepieces, making it suitable for viewing bacteria, cellular structures, and other microscopic specimens.

Key features

• Binocular Viewing Head — 45° inclined, 360° rotatable with interpupillary adjustment.
• Magnification Range — 10X to 1000X via four DIN achromatic objectives.
• LED Illumination — Energy-efficient, adjustable brightness for clear imaging.
• Mechanical Stage — Two-layer stage with low-position controls for precise slide positioning.
• Dual Focus System — Coaxial coarse and fine focusing knobs for accurate adjustments.
• Diopter Adjustment — Independent focusing on both eyepieces for customized clarity.
• Optional Digital Camera — Available for image capture and digital documentation.

Who is OMAX M82E Series Binocular Compound Microscope With Optional Digital Camera for?

This microscope is ideal for high school and college biology students, science educators, veterinary technicians, and hobbyists conducting home-based microbiology or water quality testing. Its user-friendly design and robust build support both beginners and intermediate users needing consistent performance without advanced automation. The optional digital camera makes it a practical choice for classroom demonstrations or lab reports requiring image documentation.

How does OMAX M82E Series Binocular Compound Microscope With Optional Digital Camera compare?

Compared to basic student microscopes with plastic optics, the OMAX M82E offers superior optical clarity with glass DIN lenses and achromatic correction. It outperforms entry-level models in durability and precision focusing. While not as advanced as research-grade digital microscopes, it delivers lab-quality performance at a fraction of the cost, especially when compared to motorized or phase-contrast systems. The optional camera provides flexibility over fixed digital units, allowing users to upgrade only when needed.