Infinity Trinocular Inverted Optical Microscope Microscopes Critical IlluminationA14.0901

Description:

A14.0901 Laboratory Inverted Microscope, with Critical Illumination, designed for cell culture observation, to get details of cell growing process, internal spontaneous fluorescence phenomenon, living cell fluorescence transfection, protein transfer and etc.

--Color corrected infinity system (CSIS), excellent optical performance and great image
--Application of high-contrast and low chromatic phase contrast observation, access to detailed examination of internal structure of the cells
--Supply long working distance and high N.A. objectives to get the flat and clear image
--Well designed body structure, steady and reliable and better aseismatic performance
--Low position coaxial coarse and find adjustment, ergonomic design
--Critical Illumination, with long working distance condenser, has capacity to use revolution bottle and suit for many sample containers.

A16.0900 Laboratory Inverted Fluorescence Microscope, designed for cell culture observation, to get details of cell growing process, internal spontaneous fluorescence phenomenon, living cell fluorescence transfection, protein transfer and etc.

--New generation of infinity color corrected optical system, professional plan semi-apochromatic fluorescence objectives, present you sharp and bright fluorescence image.
--Professional fluorescence filter system, imported optical material and broadband multilayer coating, high transmissivity, mould proof, heat insulation and safety protection system, OSRAM brand mercury lam digital power supply control.
--Swallow tail slide switch easy to change filter cubes, three paths for fluorescence and one for bright field, four filter cubes can be mounted.
--Scientific research class cold CCD, high resolution, fast transmission. Intelligence Chinese fluorescence image processing software, meets and request of the most professional picture processing.
--6V30W transmission illuminator, various performances, bright field, dark field, phase contrast, polarization observations.

Specifications: