The CX‑Series Upright Biological/Fluorescence Microscope is a multifunctional microscopic‑imaging platform launched by Abner Micro‑Nano Technology for the sectors of life science, medical research and higher‑education.Designed around a high‑performance infinity‑corrected optical system, the system integrates bright‑field observation and epifluorescence‑imaging capacity, catering to multi‑level application requirements ranging from routine biological observation to multi‑channel fluorescent‑marker analysis.While securing satisfactory image quality and system stability, the CX‑Series adopts a modular, expandable structural design. Its fluorescence assemblies, objective‑lens combinations and digital‑imaging system can be flexibly configured in accordance with experimental requirements. It is well‑suited for university teaching laboratories, research institutes and life‑science research platforms.
一、产品特点
无限远校正光学系统
高分辨率、低色差设计，像场平坦，适合明场与荧光成像共用光路。
正置生物结构设计
符合生物样品操作习惯，样品更换便捷，适合切片、培养皿等多种样品形态。
落射荧光成像能力
支持多通道荧光观察，适用于细胞标记、蛋白定位、组织染色等实验。
模块化荧光组件
荧光光源、滤光片组、成像接口均可独立配置，便于升级与维护。
高稳定性机身结构
全金属一体化机架设计，有效抑制振动，保障高倍率与长时间成像稳定性。
数码成像扩展
支持科研级相机与图像分析软件，实现图像采集、测量与数据管理。
II. Technical Parameters (Typical Configuration)
(1) Optical SystemOptical System: Infinity‑corrected optical systemObservation Mode: Upright observationImaging Modes: Bright‑field / Fluorescence / Digital imaging (optional)
(2) Eyepiece SystemEyepiece Type: High‑eye‑point wide‑field eyepieceStandard Magnification: WF10×Field Number: ≥ 20 mm
(3) Objective Lens SystemObjective Type: Plan‑achromatic objective / Special‑purpose plan‑fluorescence objective (optional)
(4) Standard Magnification Configuration:4× / 0.10; 10× / 0.25; 20× / 0.40; 40× / 0.65 (spring‑loaded); 100× / 1.25 (oil‑immersion, spring‑loaded, optional)Objective Mount: Standard RMS interface
(5) Objective RevolverType: Inward‑inclined nosepiecePosition Quantity: 4‑position / 5‑position (optional)Equipped with positioning and mis‑operation‑proof structure
(6) StageType: Dual‑layer mechanical movable stageStage Dimension: Approx. 160 × 140 mmX‑Y Travel Range: ≥ 75 × 50 mmRepositioning Accuracy: ≤ 0.1 mm
(7) Focusing SystemFocusing Mode: Coaxial coarse and fine focusingFine‑focusing Precision: ≤ 2 μmAnti‑collision Protection: Built‑in limiting mechanism
(8) Bright‑field Illumination SystemIllumination Mode: Transmitted illuminationLight Source: High‑brightness LED cold‑light sourceColor Temperature: Approximately 6500 KBrightness Adjustment: Steplessly adjustable
(9) Fluorescence SystemExcitation Mode: Epifluorescence illuminationLight‑source Type: High‑pressure mercury lamp / LED fluorescence light source (optional)Filter Sets: DAPI, FITC, TRITC, CY5 (expandable for 2‑4 channels)Fluorescence Channel Switching: Manual / Motor‑driven (optional)
(10) Digital Imaging (Optional)Camera Mount: C‑mount interfaceCompatible Cameras: Research‑grade USB, HDMI and industrial camerasSoftware Functions: Real‑time preview, image capture and video recording, dimension measurement, multi‑channel fluorescence image composite
(11) Electrical Specification and Environmental RequirementsPower Supply: AC 100‑240 V, 50/60 HzOperating Temperature: 5–40 ℃Relative Humidity: ≤ 80 % (non‑condensing)
III. Application Fields
Life‑science and medical research
Cell and molecular biology
Fluorescent labeling and staining analysis
Histopathological observation
University teaching and scientific‑research laboratories
Equipment Diagram
