Used ZEISS 4712 03 #9290215 for sale

ZEISS 4712 03
Manufacturer
ZEISS
Model
4712 03
ID: 9290215
Inverted microscope.
ZEISS 4712 03 is a high-end compound microscope with advanced features and exceptional performance. It is designed for use in laboratories or educational settings and offers excellent optics, precise controls, durable construction, and reliable performance. 4712 03 is based on an infinity-corrected optical system, which provides high-contrast and high-resolution images. The system includes Upright Kohler Illumination, Reducing Eyepiece Lens, and a five-objective turret containing Achromat objectives with a working distance of 0.17mm. The 16.5:1 zoom ratio offers a magnification range from 4x to 90x, allowing for high-resolution imaging and greater observation of small objects. ZEISS 4712 03 offers several user-friendly features for comfortable use, like a sliding stage and ergonomically designed vertical control, as well as a wide range of functions for specific laboratory needs. It has a variety of light sources for illuminating the specimen, including brightfield, darkfield, and polarization. The automated, programmable, and controllable features of the microscope, along with its various modes and settings, provide variable ways to customize and maneuver the microscope. Other noteworthy features of 4712 03 include its high-resolution digital imaging system, which provides detailed and accurate sample observations, and its macro and micrometer feature, which provides precise measurements of sample sizes and shapes. The microscope also includes a port for connecting with external computer systems and a comprehensive software package containing measurement, calibration, and analysis components. Overall, ZEISS 4712 03 compound microscope is a versatile, advanced, and reliable instrument ideal for use in fields such as pathology, research, histology, hematology, and cytology. It provides excellent optics and precision, compact design, multiple accessories, and a wide range of options for image analysis and sample observations.
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