The EX‑Series Upright Biological/Digital Microscope is a high‑stability multi‑application microscopic‑imaging platform developed by Abner Micro‑Nano Technology for life‑science, medical teaching and basic scientific‑research sectors.Equipped with an infinity‑corrected optical system and a modular framework, the instrument accommodates both conventional visual inspection and digital imaging requirements. It can be flexibly configured as a biological microscope or a digital microscopic‑imaging system to suit multiple scenarios including teaching demonstrations, experimental observation, as well as image acquisition and analysis.Achieving favourable balance among optical capability, mechanical stability and user‑friendliness, the complete unit delivers sharp imagery with a compact footprint and powerful expandability. It is well‑suited for university laboratory tuition, fundamental research at research institutes and routine observation within medical and biological laboratories.
I. Product Features
Infinity‑Corrected Optical System
Adopting a premium infinity‑corrected optical‑system design, it delivers flat image field and high imaging contrast, supporting stable long‑time observation and image acquisition.
Intuitive‑operated Upright Structure
The classic upright microscope structure conforms to biological‑experiment operating habits and enables convenient placement and replacement of samples.
Dual‑mode Support for Biological Observation and Digital Imaging
A digital camera and image‑acquisition software are available as optional fittings to realize real‑time preview, snapshot, video recording and post‑processing analysis.
Modular Configuration Design
The eyepieces, objectives, illumination system and camera interfaces adopt modular layout for convenient upgrade and customization.
High‑stability Stand Structure
The integrated metal main‑body features high structural rigidity and excellent vibration resistance, which ensures stable imaging under high‑magnification conditions.
II. Technical Parameters (Typical Configuration)
(1) Optical SystemOptical‑system type: Infinity‑corrected optical system; Observation mode: Upright observation; Imaging mode: Visual observation / Digital imaging (optional)
(2) Eyepiece SystemEyepiece type: High‑eye‑point wide‑field eyepiece; Magnification: WF10× (WF15× optional); Field number: ≥ 18 mm
(3) Objective Lens SystemObjective type: Plan‑Achromatic objectiveStandard‑equipped magnifications: 4× / 0.10; 10× / 0.25; 40× / 0.65 (spring‑loaded); 100× / 1.25 (oil‑immersion, spring‑loaded, optional)Objective mount: Standard RMS interface
(4) NosepieceObjective revolver: 4‑position / 5‑position (optional); Type: Inward‑inclined style with positioning device
(5) StageType: Dual‑layer mechanical movable stage; Stage dimension: approx. 160 × 140 mm; X‑Y travelling range: ≥ 75 × 50 mm; Positioning accuracy: ≤ 0.1 mm
(6) Focusing SystemFocusing mode: Coaxial coarse and fine focusing; Fine‑focusing precision: ≤ 2 μm; Anti‑collision design: Upper‑limit protection to avoid collision between objectives and samples
(7) Illumination SystemIllumination mode: Transmitted illumination; Light‑source type: High‑brightness LED cold‑light source; Colour temperature: ≈ 6500 K; Brightness adjustment: Steplessly adjustable; Service life: ≥ 20,000 hours
Digital imaging (optional‑accessory)Camera mount: C‑mount interface; Compatible camera types: USB, HDMI and industrial camerasSoftware functions: Real‑time preview, image capture, video recording, dimensional measurement and image analysis
(8) Electrical Specification and Ambient ConditionsPower supply: AC 100‑240 V, 50/60 Hz; Operating temperature: 5–40 ℃; Relative humidity: ≤ 80 % (non‑condensing)
III. Application Fields
Biology and medical experimental teaching in universities; basic‑level life‑science research; pathological and tissue‑section observation; microbial and cell morphology analysis; routine microscopic observation and documentation in research‑oriented laboratories.
Equipment Exhibition Diagram
