I. Product Overview

       A stereo microscope (also called a stereoscopic microscope) is a microscopic observation instrument featured by low magnification, large depth of field and stereoscopic imaging. Adopting dual left and right optical paths for imaging, it delivers a genuine three-dimensional stereoscopic visual effect for operators.

It is suitable for observing the overall morphology, spatial structure and operation process of samples. Widely used in biological dissection, industrial inspection, precision assembly, material analysis, teaching experiments and other fields, it is a fundamental optical observation tool commonly adopted in scientific research and industrial applications.

Technical Parameters

1. Optical Parameters:Eyepiece: Wide-field eyepiece WF10X, field number 22; Objective lens: Continuous zoom objective lens, zoom range 0.7–6.3 (zoom ratio 1:9), working distance 110mm; Total magnification: 7X–63X, field of view: Φ33.8 – Φ3.49.

2. Mechanical Parameters:Effective focusing travel: 83mm; Base dimension: 310mm × 280mm.

Illumination Parameters: Upper light source: 3W high-brightness LED; Lower light source: 5W high-brightness LED.

II. Functional Features

1. Stereo Imaging Optical System: Adopts a dual optical path design to deliver true stereoscopic vision, facilitating observation of the spatial structure and hierarchical relationship of samples.

2. Large Depth of Field & Wide Field of View: Achieves a large depth-of-field range at low magnification, ideal for observing the overall morphology of samples.

3. Continuous Zoom & Fixed Magnification Configuration: Supports continuous zoom or multi-gear fixed magnification design to meet different observation accuracy requirements.

4. Ergonomic Design: Reasonable viewing tube angle and smooth focusing & zooming operation, suitable for long-time working.

5. Rich Accessories & Expandability: Compatible with various illumination modes, camera interfaces and auxiliary brackets to expand application scenarios.

II. Application Scenarios & Fields

1. Dissection and overall morphological observation of animal and plant samples in the biological field;

2. Appearance inspection of electronic components, solder joints and precision parts in industrial testing;

3. Real-time observation and operation assistance during precision assembly and maintenance;

4. Preliminary analysis of macroscopic structures and surface defects in material science;

5. Teaching experiments in universities and construction of basic scientific research platforms.

IV. Technical Advantages

1. Intuitive stereo imaging and easy operation. Adopting binocular stereo imaging, the stereo microscope enables operators to directly perceive the spatial positional relationship of samples, which is especially suitable for scenarios requiring observation and operation simultaneously.

2. Large depth of field and wide field of view for overall observation. Compared with high-magnification microscope systems, it delivers a clear and complete sample view at low magnification, facilitating rapid positioning and overall evaluation.

3. Stable optical structure and reliable imaging quality. The combination of mature optical design and solid mechanical structure ensures consistent and reliable imaging performance during long-term use.

4. Strong system expandability and wide application coverage. It can be flexibly equipped with ring light, coaxial light, side light and other lighting modes, and supports digital camera connection to meet the needs of recording, analysis and demonstration.

5. Compatible with scientific research, industry and teaching. Balancing performance and operational complexity perfectly, the stereo microscope meets the requirements of scientific research and industrial inspection, and is also ideal for teaching and demonstration.

V. Typical Application Cases

Remark: The above configuration can be customized and adjusted according to users' experimental requirements.

                                                                  Equipment Appearance Drawing

                                                                    Stereomicroscopic observation of insects