R series multi person viewing biological microscope

R series multi person viewing biological microscopeIt is a demonstration based microscopic observation system launched by Ebona Micro Nano Technology for medical teaching, biological experimental teaching, and professional training scenarios. This series is based on a high-performance infinite distance correction optical system and adopts a multi observation head synchronous co viewing structure design, which can achieveMultiple observers simultaneously and equivalently observe the same microscopic field of viewEffectively ensure consistency between teaching demonstrations, experimental interpretation, and results.

The R series microscope is particularly suitable for applications that require high levels of "synchronous observation" and "unified field of view" in classroom teaching, skill training, pathology, and sample interpretation, which can significantly improve teaching efficiency and demonstration quality.

1、 Product Features

Multi person synchronous viewing design
Support 2-10 people (customizable) to observe the same field of view simultaneously, ensuring consistency between teaching and interpretation results.

Infinite distance correction optical system
Clear imaging and good aberration control ensure consistent image quality under multiple observation heads.

Modular observation head combination
Subjective observation head+flexible combination of multiple observation heads, supporting left and right/front and back layout, adapting to different teaching spaces.

Ergonomic design that conforms to teaching efficiency
Reasonable observation angle, reducing long-term teaching and observation fatigue.

Digital teaching extension capability
Optional digital camera and display system are available to achieve "visual+screen" joint teaching.

2、 Technical parameters (typical configuration)

optical system

Optical system: infinity correction optical system; Observation method: upright biological microscopy observation; Imaging mode: Bright Field/Digital Imaging (optional)

Multi person viewing system

Co viewing method: Spectral multi observation head structure; Standard configuration personnel: 2-5 people; Maximum support capacity: ≤ 10 people (customized); Field of view consistency: The brightness and clarity of the imaging at each observation position are consistent; Spectral ratio: Optimize spectral design to ensure subjective positioning priority brightness

Eyepiece system

Eyepiece type: high eye point wide field eyepiece; Standard magnification: WF10 ×; Field of view: ≥ 18 mm

objective system

Objective type: Flat field achromatic objective

Standard magnification configuration:

4× / 0.10； 10× / 0.25； 40 ×/0.65 (spring); 100 x/1.25 (oil, spring, optional); Objective lens interface: standard RMS interface

Objective lens converter

Type: Internal tilt objective lens converter; Number of holes: Four holes/Five holes (optional)

stage

Type: Double layer mechanical mobile stage; Platform size: approximately 160 × 140 mm; X/Y stroke: ≥ 75 × 50 mm

Focusing system

Focusing method: Coaxial coarse/fine focus; Fine tuning accuracy: ≤ 2 μ m; Anti collision protection: built-in limit mechanism

lighting system

Lighting method: transmissive lighting

Light source type: high brightness LED cold light source

Brightness adjustment: continuously adjustable

Light source lifespan: ≥ 20000 hours

Digital demonstration (optional)

Camera interface: C interface

Supporting devices: USB/HDMI microscope camera

Display mode: monitor/projection system

Software functions: real-time display, photography, video recording, basic measurement

Electrical and Environmental Conditions

Power supply: AC 100-240 V, 50/60 Hz

Working temperature: 5-40 ℃

Relative humidity: ≤ 80% (no condensation)

3、 Typical application scenarios

Medical and biological experimental teaching demonstration; Joint interpretation of pathological samples; Training for hospitals and testing institutions; Skill assessment and teaching demonstration; Sample analysis and discussion based teaching

display diagram