Drawing on years‑long R&D achievements and technical expertise in the field of microscopic optics, Abner centers its core design philosophy on the pursuit of safe, comfortable and efficient user experience and innovates human‑oriented product designs.Featuring modular functional configurations, high‑definition optical imagery and user‑friendly operating mechanisms, the system enables diverse professional observation, diagnosis and analysis including bright‑field and fluorescence inspection. It fully satisfies user requirements from research, medical and other sectors.

The R60‑Series Upright Biological/Fluorescence Microscope is a mid‑to‑high‑end upright microscopic imaging system developed by Abner for life‑science, medical‑research and advanced scientific‑research platforms.The instrument adopts a high‑performance infinity‑corrected optical system and a high‑rigidity integrated frame structure. It supports bright‑field biological observation as well as multi‑channel fluorescence imaging, and suits research scenarios with strict requirements for image quality, system stability and expandability.

While preserving the familiar operation habits of conventional upright biological microscopes, the R60‑Series incorporates a modular fluorescence system and digital imaging interfaces. Fluorescence channels, light sources and camera set‑ups can be flexibly configured according to experimental demands, delivering a steady and dependable microscopic‑imaging platform for cell biology, molecular biology and pathology research.

I. Product Features

Research‑grade Infinity‑Corrected Optical System

Boasting high‑resolution and low‑aberration design, it ensures sharpness and contrast across the entire field of view, ideal for high‑magnification and fluorescence‑imaging applications.

Upright Structure Adapted to Biological Experimental Workflow

Compatible with multiple sample forms including glass slides and petri dishes. Its intuitive operation conforms to routine laboratory‑use habits.

Multi‑channel Epifluorescence Imaging

Compatible with a wide range of fluorescent dyes and labeling methods to meet fluorescence observation requirements at cellular, tissue and molecular levels.

High‑stability Main‑body Structure

The reinforced metal stand effectively restrains vibration and thermal drift, making the microscope suitable for prolonged observation and image‑acquisition work.

Modular and Expandable Design

Fluorescence assemblies, camera ports and filter sets are configurable on demand, facilitating later‑stage upgrades and system expansion.

II. Technical Parameters (Typical Configuration)

(1) Optical SystemOptical‑system type: Infinity‑corrected optical systemObservation layout: Upright observationImaging modes: Bright‑field / Fluorescence / Digital imaging (optional)

(2) Eyepiece SystemEyepiece type: High‑eye‑point wide‑field eyepieceStandard magnification: WF10×Field‑of‑view number: ≥ 22 mm

(3) Objective Lens SystemObjective type: Plan‑achromatic objective / Plan fluorescence objective (optional)

(4) Magnifications for Standard‑supplied Objectives4× / 0.1010× / 0.2520× / 0.4040× / 0.75 (spring‑loaded)60× / 0.80 (optional)100× / 1.25 (oil‑immersion, spring‑loaded, optional)Objective mount: Standard RMS thread interface

(5) Objective RevolverType: Inclined‑inward nosepiece; Position quantity: 5‑position (6‑position optional), equipped with positioning and mis‑operation‑proof structure

(6) StageType: Research‑grade dual‑layer mechanical movable stageStage dimension: Approx. 180 × 150 mmX‑Y travel range: ≥ 75 × 50 mmRepositioning accuracy: ≤ 0.1 mm

(7) Focusing SystemFocusing mode: Coaxial coarse and fine focusingFine‑focus resolution: ≤ 1 μmAnti‑collision safeguard: Built‑in focusing limit stopper

(8) Bright‑field Illumination SystemIllumination mode: Transmitted illuminationLight‑source category: High‑brightness LED cold light sourceColor temperature: Around 6500 KBrightness adjustment: Steplessly adjustable

(9) Fluorescence SystemExcitation mode: Epifluorescence illuminationLight‑source option: High‑power LED fluorescence light source / High‑pressure mercury lamp (optional)Available filter sets: DAPI, FITC, TRITC, Cy5Channel quantity: 2‑4 channels (expandable)Channel switching: Manual / Motor‑driven (optional)

(10) Digital Imaging System (Optional)Camera port: C‑mount interfaceCompatible cameras: Research‑grade USB, HDMI and industrial camerasSoftware capabilities: Live preview, image capture and video recording, dimension measurement & annotation, multi‑channel fluorescence image composite

(11) Electrical Specification and Ambient RequirementsPower supply: AC 100‑240 V, 50/60 HzOperating temperature: 5–40 ℃Relative humidity: ≤ 80 %, non‑condensing

III. Typical Application Fields

Life‑science and medical research

Cell and molecular biology research

Fluorescent labeling and protein localization analysis

Observation of pathological tissue sections

University‑based scientific‑research and research‑oriented teaching laboratories