KB-2000
KB-2000 Biological Microscope
Professional Model
After years of research and development in optical technology field, KB-2000 biological microscope is designed to present a safe, comfortable and efficiency observation experience for users.
With perfectly performed structure, high-definition optical image and simple operating system, KB-2000 realizes professional analysis, and meets all the needs of research in scientific, medical and other fields.
Large stage with adjustment in either hand
In order to correct the shortcoming of horizon guide rail, new stage is designed with double-way linear driving mechanism. This change protects the stage from overload at the end of both rails, improves the rigidity and performance of the stage.
Modular frame, improving the system compatibility
KB-2000 with modularization design, separated cross arm and main body, improves the system compatibility of biological and fluorescence frame.
Highly sensitive coaxial coarse and fine adjustment
Coaxial adjustment adopts double-stage driving, with adjustable tension tightness and upper limit stop, coarse range is 25mm and fine precision is 1μm. Not only accurately focus but also precision measurement is available.
Multi-functional condenser
Disc condenser with 3 small holds and 5 big holds to attach different accessories for different observation requirement, such as bright field, dark field, phase contrast, DIC and polarizing. Fast switch and easy operation, is available to improve the working efficiency.
Different accessories for different functions
Bright Field：for brighter image with higher resolution in all magnifications.
Phase Contrast：for high-contrast image to high transparency samples.
Different Interference：for vivid stereo image according to sample feature
Omnipotent plan apochromatic objectives
UPlanAPO series plan apochromatic objectives, designed for advanced research and microscopy photograph. Converging the optic axises of red, green and blue to one focal plane, correcting the axial chromatic aberration, the original color of samples is able to be presented. And the resolution and effective magnification are improved based on large numerical aperture. Standard parameters of fluorescent filters, substantially meet the needs of conventional scientific research. For some special requirements, specific filters also can be provided corresponding to fluorescent probes.
Specifications
