Swift M3604C Series Monocular Cordless LED Microscope with Mechanical Stage, 40X–1000X, Rechargeable Student Microscope
Swift M3604C Series Monocular Cordless LED Microscope with Mechanical Stage, 40X–1000X, Rechargeable Student Microscope
- • Wide Magnification Range: 40X–1000X with DIN achromat objectives for biological study
- • Precision Mechanical Stage: Low-profile, ball-bearing stage with coaxial controls
- • Cordless Rechargeable LED: Up to 50 hours per charge; 50,000-hour LED lifespan
- • Classroom-Ready Construction: Slip clutch focus, safety rack stop, carry handle.
- • Optimized Illumination Control: Abbe condenser with iris diaphragm.
- • Digital Imaging Compatible: Camera-ready head supports microscope cameras (select models)
The Swift M3604C Series Cordless LED Microscope (models M3604C-3 and M3604C-4) delivers professional-grade optical performance, ergonomic design, and classroom durability—ideal for high school, college, and STEM education. Featuring DIN-standard achromat objectives and a widefield 10X eyepiece, these microscopes provide crisp, detailed imaging across a magnification range of 40X to 400X (M3604C-3) or 40X to 1000X (M3604C-4) for studying cells, bacteria, and tissue samples.
A built-in mechanical stage with low-position coaxial controls ensures smooth, precise slide navigation without losing focus, while the Abbe condenser with iris diaphragm optimizes light intensity and contrast. The cordless, rechargeable LED illumination system delivers bright, flicker-free light for up to 50 hours per charge, allowing flexible, clutter-free classroom use.
Constructed with a durable, student-proof frame, slip clutch, and safety rack stop, the M3604C series is engineered for longevity in educational settings. The M3604C-4 additionally features an oil-immersion 100XR objective and a camera-ready head compatible with Moticam digital cameras for image capture and classroom projection.
Compact, reliable, and easy to use—the Swift M3604C Series represents the perfect balance of precision, durability, and value for modern biology and life science instruction.
