Unitron Z750 Series Zoom Stereo Microscope with Plain Focusing Stand, Model 75000

The Unitron Z750 Series is a zoom stereo microscope engineered for precision tasks in industrial inspection, quality control, research, OEM integration, and educational labs. It features an apochromatically corrected optical system based on Greenough design, delivering superior image quality with minimal chromatic aberration and distortion across the full zoom range.

• Zoom ratio: 7.5:1, providing a magnification range from 6.7x to 50x with standard 10x widefield (WF10x/23mm) eyepieces, suitable for detailed examination in biotechnology workflows such as molecular diagnostics and biomanufacturing inspection
• Working distance: generous 125 mm (expandable up to 220 mm with auxiliary objectives), enabling ergonomic handling of specimens and components in live-cell imaging setups and bioprocessing stations
• Viewing options: selectable binocular or trinocular heads with a fixed 50:50 light split on trinocular models for simultaneous observation and digital image capture, critical for documentation in synthetic biology research
• Optical accessories: includes a 1x glass lens shield, with optional auxiliary lenses (0.3x to 2.0x APO) to adapt magnification and working distance specific to biomedical engineering and fluorescence analysis applications
• Stand: robust plain focusing stand with interchangeable black and white plates, compatible with external LED ring lights, fiber optic illuminators, and LED spotlights, providing versatile illumination configurations essential for high-contrast imaging
• Eyepieces: standard widefield eyepieces (WF10x/23mm) offering an expansive 23mm field of view, enhancing specimen visualization for long durations without eye strain
• Warranty: includes a 5-year mechanical and electrical warranty, ensuring reliable operation in demanding laboratory and industrial environments

The Unitron Z750 stereo microscope is widely adopted in biotechnology laboratories for essential roles in gene editing analysis, cell imaging protocols, and biopharmaceutical production pipelines, due to its precision optics and flexible illumination compatibility. This model supports advanced microscopy workflows requiring accurate color rendition and high contrast, making it indispensable for scientific research and industrial quality control.