The solution is for Nikon TS100 inverted microscope upgrade to fluorescence, with BGU fluorescence filters and 100W LED light source, to acheive good fluorescence performance.

ML51-N biological microscope is equivalent to Olympus BX43. The microscope offers zoom magnification 40X~1000X, 25mm wide field of view, LED light source lighting with light intensity management control system.

The fluorescence microscope is consist of high quality microscope equivalent to Olympus BX, and fluorescence attachment with BGU filters. It offers both of observation for bright field and fluorescence to see green, red and blue channels.

MZX-BGV-LED series LED fluorescent attachment is self-researched by Micro-shot company. It is designed to upgrade stereo microscope to fluorescent functional.The LED attachment integrates filters cubes and light source in one unit, switch fluorescence observation and bright field observation by wheel. What is more, it keeps original stereo microscope optical performance no matter depth of field or field of view.Stereo fluorescent microscope is ideal for scientific laboratory GFP and in vivo experiment such as zebrafish, nematodes, fruit flies and other fluorescent microscopy fields.

MF-LED-CX43/CX33 series LED attachment is featured with built-in color LEDs and white LED as light source. Providing friendly epi-fluorescence illuminating upgrade solution and reflected bright field lighting for Olympus CX43 microscope and Olympus CX33 microscope.

MDX10 is one of the high resolution microscope camera designed by Mshot, 20.0 megapixels high resolution to all routine microscope applications. The camera adopts big area 1 inch sensor size high quality sensor and USB3.0 interface, features with high frame rate to work smooth under 20MP full resolution. Optimization for microscope imaging to make the camera can accurate reproduce object tiny structure and real color. It is high effcient for microscope imaging of pathological diagnosis, metallurgical analysis, stereo observation and other routine applications.

The stereo digital fluorescent illuminator can work with all major brands of stereo microscopes with infinity optical systems. On the basis of not changing the original optical path of the microscope, the ordinary microscope realizes the fluorescence observation function. It adopts two-color structure, with two wide-field fluorescence and one original transmitted bright-field light as the standard, which can realize the observation requirements of three-color fluorescence.Optional relevant bands including V/B/G/Y/R. The design of supporting digital display screen realizes the requirements of quantitative experiment and becomes more controllable for brightness adjustment.

The inverted digital fluorescent illuminator MI-LED special with built-in color LED lamps and module design, the illuminator is well fit to Olympus and Nikon inverted microscope for live cell. The products is lightweight and small volume. Combine light source, filter sets in one unit. Digital screen show light intensity and light color. Coded rotatable switch continuously adjust brightness.

The upright digital fluorescent illuminator can work with all major brands of upright microscopes with infinity optical systems. It features with built-in color LEDs as light source.By the modular illumination you can easily upgrade a traditional infinity upright biological microscope to fluorescence functional. It adopts three-color structure, with three wide-field fluorescence lights and one original transmitted bright-field light as standard. Adopt LED cold light source, integrated driving power, LED excitation light source and fluorescent filter group.

MSX11-C uses high-performance imaging sensor and built-in MS series hardware ISP image processing chip, especially optimized for the microscope shooting scene, accurately restore the fine structure and true color of the sample, through hardware acceleration, improve the speed of the camera. It is an ideal tool for fluorescent photography, pathological diagnosis, metallographic analysis and stereoscopic observation.

One scientific researcher publish articel 'Catalytic Generation of Nitric Oxide from Poly(ε-caprolactone)/Phosphobetainized Keratin Mats for a Vascular Tissue Engineering Scaffold' on 'LANGMUIR', the microscope of experiment is MSHOT scientific-grade inverted fluorescence microscope MF53-N.

Based on users' feedback, know light intensity of illuminator and remember each light intensity of different excitation wavelength sometimes is necessary to the experiment and helpful to improve their lab working efficiency. MSHOT is focusing on adding LCD screen in the LED illuminator body show each light intensity and remember last time setting.

New product launch of MSHOT Optoelectronics was held in Guangzhou headquarters dated on 29th,May,2020. The conference was hosted by the marketing department, and the technology department gave lectures and practiced the new products. Engineers and sales colleagues from all over the country pay real-time attention to the status of the launch through live webcast!