Automatic Research Microscope
On the basis of KFMNE910, a variety of electric components are added, which simplifies the repetitive operation and improves the working efficiency and makes the scientific research work easier. The Upright Research microscope, an intelligent product, is designed to bring revolutionary breakthroughs for laboratory and clinical microscope operation and application. The KFMNE930, on the basis for ensuring excellent optical performance and exquisite Human engineering design adds a plurality of convenient and humanized designs so that microscopic observation is more comfortable, the magnification conversion is more convenient, and the image shooting is more rapid.
Microscope Observation is more Comfortable
Image Capture Button
The digital camera could capture images just by pressing the black “capture” button at the side of the bottom of the microscope body.
Ergo Tilting Trinoculor head
Eye tubes can be adjusted from 0° to 35°. Trinocular tube can be connected to an SLR camera and a digital camera, having a 3-postion beam splitter (0.100, 100: 0, 80:20) bar can be assembled on either side according to the user’s requirement.
Light Intensity Management Function
When converting objective lenses with different magnification, the illumination intensity needs to be adjusted to ensure the same illumination brightness in the field under different magnification. KFMNE930 can intelligently remember the appropriate light intensity under different magnifications and automatically adjust with the change of objective lens magnification, it can reducing fatigue.
The Conversion Rate is More Convenient
Remote Control Pad
Objectives could be switched by simply pressing the rotating buttons. Users could also self-define two of the most commonly used objectives. The user could swap between these two objectives by pressing the green button.
Nosepiece Rotating Buttons
This microscope has the function of automatically rotating nosepieces and adjusting the light intensity.
Motorized Swing-out Condenser
Automatically swing out and swing in the top-lens element according to the objective lens that is selected via the intelligent linking.
Multi-Viewing System
The multi-viewing microscope system is widely used in the teaching, experimental training and pathological diagnosis of the university. This accessories can be expanded by 1 -10 people, and the microscopic image can not be distorted and the brightness of the image can not be lost. Cooperate with teaching head and built-in indicator needle to facilitate learning and diagnosis.
Building Block Design
KFMNE930 - Dimensions Unit : mm
KFMNE930 - System Diagram
Technical Specifications | ||
| Sl | Model | Optike KFMNE930 |
| 1 | Optical System | Infinite Optical System |
| 2 | Eyepiece | SW10x/25, SW10x/22, EW12.5x/17.5, WF15x/16, WF20x/12 |
| 3 | Focusing System | Coaxial Coarse and Fine Adjustment, Fine Division 1µm,Moving Ranges 35mm |
| 4 | Illumination | 12V/100V Halogen Lamp, 3W S-LED Lamp |
| 5 | Viewing Head | Trinocular Viewing Head, Eyepiece/Port: 100/0, 20/80, 0/100 Inclined at 30° , Interpupillary Distance 47-78mm |
| 6 | Nosepiece | SZA20A Motorized Sextuple Nosepiece |
| 7 | Stage | PT6A-L/R Stage with Gorilla Glass Insert, PT6B-L/R Stage with Sapphire Glass Insert, Moving distance:78(X)x32(Y)mm, 1mm/grid, precision: 0.1mm, The stage control knobs can be adjusted up or down by 18mm，and with adjustable tension control; The convex spot design on clip is convenient to place slides with one hand. |
| 8 | Condenser | SJ7 Motorized Condenser |
| 9 | Optional Observation model | Bright field, Dark field, Phase contrast, Fluorescence, Polarization, DIC |
