XSP-600CC infinity biological microscope Introduction: The original infinity chromatic aberration independent correction optical system makes this microscope stand out for superior performance in products of the same price. The XSP-600 series microscope has a powerful upgrade space, and it is easy to add various accessories to easily observe the bright field, dark field, phase contrast, polarized light, and fluorescence. XSP-600CC infinity optical system biological microscope for medical and health units, universities, research institutes for the observation of microorganisms, cells, bacteria, tissue culture, suspensions, sediments, etc., continuous observation of cells, bacteria, etc. in the culture solution The process of breeding and division, and can take any form of this process. It is widely used in the fields of cytology, parasitology, oncology, immunology, genetic engineering, industrial microbiology, and botany. The XSP-600CC computer-based biological microscope is a high-tech product developed with the combination of elite optical microscope technology, advanced photoelectric conversion technology and cutting-edge computer imaging technology. The microscopic image can be observed manually, and the microscopic image can be conveniently observed on a computer monitor, and the recorded image can be captured at any time, so that the observed image can be analyzed, processed, etc., and a high-pixel image can be saved or printed. photo. Technical Parameters: Total magnification: 40×-1000× Optical System: UCIS Infinity Chromatic Aberration Correction Optical System Observation tube: Hinged trinocular, 30° tilt, 360° rotatable, pupil distance adjustment range: 52-75mm (48-75mm optional), adjustable visibility Eyepiece: High eye point large field of view flat field eyepiece, WF10X/20mm Objective lens: Infinity economical flat field objective 4X, 10X, 40X(S), 100X (S/Oil) Converter: Inverted 4-hole converter Stage: 156*138mm double-layer composite mechanical moving platform, moving range: 76*52mm Condenser: NA1.25 Abbe condenser, hand wheel lift, phase contrast, dark field slot, with center adjustment Focusing mechanism: Low-level coarse-coaxial coaxial focusing handwheel; micro-handwheel 0.1mm/rev, grid value 0.001mm; the smaller the fine-tuning grid value, the clearer the focusing. Adjustable coarse and elastic, 14mm/rev; Bench-top device, maximum stroke 20mm Lighting device 100V-240V switching power supply, 6V20W halogen lamp, continuous brightness adjustable 100V-240V switching power supply, 6V30W halogen lamp, continuous brightness adjustable 100V-240V switching power supply, single high brightness 3W LED, continuous brightness adjustable Photography device 1X standard C interface, can be equipped with adapter interface according to different digital camera models of users Other functional accessories Plug-in phase contrast (requires phase contrast objective); Plug-in dark field; Simple polarized light
Introduction: The original infinity chromatic aberration independent correction optical system makes this microscope stand out for superior performance in products of the same price. The XSP-600 series microscope has a powerful upgrade space, and it is easy to add various accessories to easily observe the bright field, dark field, phase contrast, polarized light, and fluorescence. XSP-600CC infinity optical system biological microscope for medical and health units, universities, research institutes for the observation of microorganisms, cells, bacteria, tissue culture, suspensions, sediments, etc., continuous observation of cells, bacteria, etc. in the culture solution The process of breeding and division, and can take any form of this process. It is widely used in the fields of cytology, parasitology, oncology, immunology, genetic engineering, industrial microbiology, and botany. The XSP-600CC computer-based biological microscope is a high-tech product developed with the combination of elite optical microscope technology, advanced photoelectric conversion technology and cutting-edge computer imaging technology. The microscopic image can be observed manually, and the microscopic image can be conveniently observed on a computer monitor, and the recorded image can be captured at any time, so that the observed image can be analyzed, processed, etc., and a high-pixel image can be saved or printed. photo.
