The iScope trinocular microscope EWF delivers high-resolution imaging for routine and research settings. This iScope trinocular microscope EWF features an Extended Wide Field (EWF) 10x eyepiece, a quintuple nosepiece for seamless objective changes, and a trinocular Siedentopf head for simultaneous viewing and digital capture. NeoLED Köhler illumination provides uniform brightfield, phase contrast, and darkfield options. The integrated HD camera and antimicrobial frame construction ensure safe, efficient operation in clinical or teaching labs. With iCare energy-saving sensor systems and CSS cable management, this microscope is easy to handle and reduces lab clutter. iScope Trinocular Microscope EWF Features EWF 10x/20 mm or 10x/22 mm eyepieces for broad visual fields Trinocular Siedentopf head, 30° incline, ergonomic adjustment Quintuple reversed nosepiece for up to 5 objectives HD-Mini camera with live streaming and image capture NeoLED Köhler illumination, intensity adjustable Antimicrobial paint, CE certified, 10-year warranty iCare sensor: automatic light shutoff CSS cable storage system, integrated carrying grip Mechanical stage with X–Y axis Coaxial coarse and fine focus with rack stop Technical Data Table Specification Value Eyepiece EWF 10x/20 or 10x/22 mm Head Trinocular, Siedentopf 30° Nosepiece Quintuple reversed Stage 156 x 138 mm, X–Y mechanical Illumination 3W NeoLED Köhler Camera HD-Mini, HDMI, USB, SD Frame coating Antimicrobial Warranty 10 years Certification CE This iScope trinocular microscope EWF is perfect for life sciences, universities, pathology, and high school teaching. Users can transition between magnification levels, capture images and video for record keeping, and maintain laboratory hygiene thanks to the antimicrobial coating. Ergonomic head adjustment and smooth X–Y stage motion allow fatigue-free imaging. Applications for iScope Trinocular Microscope EWF Employ the iScope trinocular microscope EWF for cell analysis, pathology, teaching, research, and lab documentation. Reliable focus, wide field imaging, and digital capture features support diverse scientific workflows.
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