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RX51 Research Medical Biological Microscope

Name: RX51 Research Medical Biological Microscope
Brand: AMADA Microscope

The RX51 is a research and clinical biological microscope with a 10X eyepiece and a 40X objective, designed for routine laboratory work in medical, teaching and research environments.

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RX51 Research Medical Biological Microscope

Product Overview

The RX51 is a research and clinical biological microscope with a 10X eyepiece and a 40X objective, designed for routine laboratory work in medical, teaching and research environments. It features a 100mm working distance and a 1:10.5 zoom ratio, allowing for stable handling of slides and samples under the optics. The microscope supports both transmitted light and phase contrast illumination, and the body is built for long-term use in high-traffic lab settings.

Optical systemCompound
Illumination typeTransmitted light, Phase contrast
Focusing mechanismCoarse and fine adjustment
Stage movementManual mechanical stage

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Key Benefits

100mm working distance allows room for slide holders, pipettes and tools under the objective
1:10.5 zoom ratio covers 4.8mm to 0.46mm field of view without changing objectives
Phase contrast illumination enhances contrast in transparent biological samples without staining
10X eyepiece and 40X objective provide 400X total magnification, suitable for cell and tissue analysis
Robust construction supports continuous use in teaching and clinical labs

Application Scenarios

Routine histology and cytology slide examination in clinical pathology labs
Teaching cell structure and tissue morphology in university biology courses
Microbial culture inspection in research and diagnostic laboratories
Blood smear analysis with phase contrast for unstained samples
Long-duration observation of live cell cultures under controlled lighting

Who It Is For

Clinical laboratories performing routine diagnostic testing
University and college teaching labs in biology and medical sciences
Research labs conducting cell and tissue studies
Veterinary and agricultural diagnostic labs
Medical training institutions requiring durable, repeatable instruments

Problems It Solves

Fixed magnification systems require multiple objectives to cover different sample types
Short working distance limits access to slides during staining or handling
Lack of phase contrast illumination reduces visibility of transparent samples
Poor mechanical stability leads to image drift during long observations
Inconsistent illumination causes variable contrast across the field of view

Technical Features

Compound optical system with 10X eyepiece and 40X objective
100mm working distance under the 40X objective
1:10.5 zoom ratio for continuous magnification adjustment
Phase contrast illumination for enhanced contrast in transparent samples
Transmitted light illumination with adjustable intensity
Coarse and fine focusing controls for precise depth adjustment
Rotating nosepiece with 40X objective mounted
Built-in light source with 12V/20W halogen lamp
Adjustable condenser with 1.25NA for high-resolution imaging
Mechanical stage with 75mm x 50mm travel for slide positioning

Specifications

Optical system	Compound
Illumination type	Transmitted light, Phase contrast
Focusing mechanism	Coarse and fine adjustment
Stage movement	Manual mechanical stage

Specifications are taken from the AMADA product data for this item. Confirm critical dimensions with us in writing before ordering.

Customization Options

Option to replace the 40X objective with 10X, 20X or 60X objectives
Eyepieces available in 15X and 20X for higher magnification
Condenser upgrade to 1.4NA oil immersion for higher resolution
Addition of a 1.25NA condenser with iris diaphragm
Mounting of a camera adapter for digital imaging

Comparison With Other Options

RX51 without phase contrast	The RX51 with phase contrast improves visibility of unstained biological samples without requiring chemical staining, reducing preparation time and preserving sample integrity.
RX51 with 20X objective	The 40X objective provides higher magnification for detailed cell and tissue analysis, while the 20X objective offers a wider field for initial scanning.
Digital biological microscope	The RX51 maintains a traditional optical path with manual controls, which is more reliable for long-duration observations and avoids software dependency or screen lag.

Use Guide

Adjust the interpupillary distance to 55~75mm before focusing to ensure a single merged image
Start with the coarse focus at the lowest magnification, then fine-tune with the fine knob
Use phase contrast illumination for transparent samples like live cells or unstained tissue sections
Adjust the condenser height and aperture to match the objective used for optimal contrast
Clean optical surfaces with lens paper and appropriate cleaning solution after each use