Digital Microscope FM-DM-B200 is an advanced LCD Digital Stereo Microscope comprised with Greenough optical system, offers standard magnification of 7X to 45X with coarse focus. Features seidentopf trinocular head with 45° inclination and 360° rotation, widefield eyepiece of WF 10X/20 mm with 0.7X to 4.5X zoom, and CMO (stereo) objective. Equipped with upper 56 LEDs right light with adjustable brightness, 9 inch LCD display having 5.0 MP camera with C-mount adpater, and USB 2.0, Type A, TF card output for real time image display. This digital microscope has focusing range of 50 mm with center distance of 155 mm.
Specifications
Viewing head | Seidentopf trinocular head inclined at 45°; Interpupillary distance: 54 to 75 mm |
Head diopter | Both tubes adjustable |
Head light path | Switch E100: P0/E0: P100 |
Optical system | Greenough optical system |
Light distribution | Upper 56 LEDs right light with adjustable brightness |
Eyepiece | Widefield eyepiece WF 10X/20 mm |
Objective | CMO (stereo); 0.7X to 4.5X |
Standard magnification | 7X to 45X |
Focusing type | Coarse focus |
Stereo zoom ratio | 1:6:4 |
Stereo stand | B1 stand; pole type |
Power supply | AC 100 V to 240 V; Wide voltage |
Dimension (W×D×H) | 410×390×420 mm |
Weight | 6 kg |
Features
Applications
LCD Tablet Details
Camera resolution | 5.0 MP/ 9 inch |
Sensor Type | CMOS |
Camera sensor size | 1 / 2.8 inch |
Camera mounting | C-mount 1.0 X |
Display | 9 inch LCD screen, 1024×600 screen resolution |
Output | USB 2.0, Type A, TF Card |
Dimension | 225×52×175 mm |
Weight | 0.7 kg |
Fison Digital Microscopes are engineered with built in camera and IPS/LCD touch screens for live specimen viewing. They are incorporated with zoom controls, auto-focus, intelligent illumination systems for enhanced clarity. Sophisticated software integration systems produce undistorted, high-resolution images. They feature advanced optical systems with binocular/trinocular heads for multi-angle visualization of specimens. Our digital scopes support Wi-Fi, Bluetooth, USB, HDMI and more, for real time documentation and analysis.
Fison Biological Microscopes are specifically constructed for observing biological specimens. Our routine range of microscopes have classroom-friendly utility as well as special design considerations for reduced strain on user’s eyes. They feature both finite and infinite ocular systems with a wide field of view. Equipped with dynamic lens system having different types of objectives (4X to 100X) and condenser types. We provide you with additional blue filter with our C series, phase contrast condenser with our D series, on demand digital cameras setups and much more.
Fison’s suite of Fluorescence Microscopes are specially engineered to visualize specimens that emit fluorescence when exposed to monochromatic light. They are equipped with high quality filters to observe vast array of samples such as cultured tissue, plant and animal cells. Designed with infinite optical systems and binocular/trinocular viewing heads. They are capable of 3D, real time and time series analysis. We offer Fluorescence Microscopes that are highly sensitive, non-destructive with superior imaging facilities.
Fison Inverted Biological Microscopes offer non-invasive observation of live cells, tissues and organisms. Limited sample handling reduces risk of contamination. They feature greater working distances with high-resolution optical systems. Clear contrast renders distinct visualization of cells within 4X to 40X magnification. Our all-in-one Inverted Microscope come with phase contrast objectives, colour filters and optional fluorescent attachments.
Fison Metallurgical Microscopes employ dual transmitted and reflected light for sample illumination. They are equipped with multiple objective lenses with different magnification levels from 4x to 100x. Heavy base and robust frame for vibration-resistant observations. We offer you both upright and inverted designs suiting to your research needs. Our Metallurgical microscopes are versatile tools featuring brightfield, darkfield, phase contrast and polarisation to visualize microstructure of metals and alloys.