AM4115TW-GFBW

The AM4115TW-GFBW Dino-Lite Edge series digital microscope features superior optics, a macro zoom design, and 480nm (blue) excitation light with a 510nm emission filter for observing green fluorescence in life-size objects, such as biological samples (e.g. mice, leaves, zebra fish).

Het bericht Dino-Lite 1.3 MP (Dino-Lite Edge), AM4115TW-GFBW, 1.3MP, 10~50x, blue LEDs, 510nm em. filter, macro zoom verscheen eerst op Labdeal.

AM4115T-GRFBY

Use 465 nm light to view green fluorescence or switch to 580 nm excitation lights to view red fluorescence signals with AM4115T-GRFBY digital microscope.

Het bericht Dino-Lite 1.3 MP (Dino-Lite Edge), AM4115T-GRFBY, 1.3MP, 20~220x,ex: 480nm em: 510nm, ex: 575nm em: 610nm verscheen eerst op Labdeal.

AM4115T-DFRW

The AM4115T-DFRW Dino-Lite Edge series digital microscope features superior optics, a wide magnification range (20x~220x), and 620 nm (orange) excitation light with a 655nm emission filter for observing deep red fluorescence in subject samples.

Het bericht Dino-Lite 1.3 MP (Dino-Lite Edge), AM4115T-DFRW, 1.3MP, 20~220x, excitation 620nm, emission 650nm verscheen eerst op Labdeal.

AM4115T-RFYW

Discover the Dino-Lite EDGE AM4115T-RFYW offering you one of the world’s smallest fluorescence microscopes for observing red fluorescence such as RFP. It makes research no longer being bulky, heavy, expensive or delicate like with a traditional fluorescence microscope. Simply changing the way you use a fluorescence microscope with its small form factor and high sensitivity to low light

Het bericht Dino-Lite 1.3 MP (Dino-Lite Edge), AM4115T-RFYW, 1.3MP, 20~220x, excitation 575nm, emission 610nm verscheen eerst op Labdeal.

AM4115T-YFGW

The Dino-Lite EDGE AM4115T-YFGW digital microscope is a unique handheld portable microscope that is designed for observation of orange fluorescence such as OFP (orange fluorescence protein) and red fluorescence such as RFP (red fluorescence protein). It utilizes high intensity green LEDs for its excitation light source with a 570nm emission filter. This makes it applicable for research such as visualizing small blood or lymphatic vessels of an organ in microangiography analysis.

The image quality obtained with the Dino-Lite is comparable or superior to some traditional fluorescence microscope, but much less to obtain and maintain. It is equipped with a 1.3 Megapixels sensor and utilizes a rotatable magnification dial that allows magnification up to 220X depending of working distance, a scroll lock feature for assuring desired set magnification/ focus distance, and a cable strain relief (SR) that holds the Dino-Lite and its USB Cable together for resistance from pulls and twists. There is also a white light switchable by included software for aid in focus and location. The Dino-Lite EDGE AM4115T-YFGW provides a valuable price per performance tool for researchers or users interested in observing orange to red fluorescent specimens.

Het bericht Dino-Lite 1.3 MP (Dino-Lite Edge), AM4115T-YFGW, 1.3MP, 20~220x, excitation 525nm, emission 570nm verscheen eerst op Labdeal.

AM4115T-GFBW

The Dino-Lite EDGE AM4115T-GFBW digital microscope is optimized for research and viewing objects involving fluorescent objects using blue LEDs for excitation and has a 510nm emission filter that is designed to observe green fluorescence including but not limited to GFP (green fluorescent protein). The AM4115T-GFBW has a 1.3 Megapixels sensor that you can capture or record at 1.3 Megapixels resolutions, and can magnify up to 220x magnifications depending of working distance.

Green fluorescent objects pop out under this handheld microscope and you can clearly see its green glow. If you need to observe without this special feature, it also has the capability of switching the light source from the excitation lights to white light which provides the convenience of locating and focusing on the object. Switch back to the main lighting for capturing green fluorescent objects.

The Dino-Lite EDGE AM4115T-GFBW is the perfect tool for looking at green fluorescent objects as it is built to make it stand out. With its ability for high magnification and compact handheld size, it is also a space saver and all in one unit for picture and video of magnified green fluorescent objects. The AM4115T-GFBW is a desirable tool for researchers and users alike who are searching for a valuable tool in examining green fluorescent specimens.

Het bericht Dino-Lite 1.3 MP (Dino-Lite Edge), AM4115T-GFBW, 1.3MP, 20~220x, excitation 480nm, emission 510nm verscheen eerst op Labdeal.

AM4115T-CFVW

Applicable for research with cyan and a wide range of fluorescence, the Dino-Lite EDGE AM4115T-CFVW digital microscope is one of the world smallest fluorescence microscopes with near UV excitation LEDs integrated. With its small form factor, it impacts the microscopy world by change how the fluorescence microscope can be used for research by no longer needing to be bulky, heavy, expensive, or delicate.

Het bericht Dino-Lite 1.3 MP (Dino-Lite Edge), AM4115T-CFVW, 1.3MP, 20~220x, excitation 395nm, emission 430nm verscheen eerst op Labdeal.

AM4115T-JV

With switchable 395 nm and 940 nm LED lighting, AM4115T-JV provides illumination capabilities for revealing features in the UV and infrared spectrum.

Het bericht Dino-Lite 1.3 MP (Dino-Lite Edge), AM4115T-JV, 1.3MP, 20~220x, infrared 940 nm and UV 395nm verscheen eerst op Labdeal.

AM4115TL-FVW

The AM4115TL-FVW extends Dino-Lite’s applications in long working distance to higher magnification range, featuring 395nm UV and white lights switchable by software with better image quality.

Het bericht Dino-Lite 1.3 MP (Dino-Lite Edge), AM4115TL-FVW, 1.3MP, 10-140x,switchable UV 395nm+White, LWD verscheen eerst op Labdeal.

AM4115T-FVW

The AM4115T-FVW, with the exceptional image quality of Dino-Lite Edge, is designed to meet more professional needs. It also has better adaptability to different applications with the detachable and exchangeable front cap design.

Het bericht Dino-Lite 1.3 MP (Dino-Lite Edge), AM4115T-FVW, 1.3MP, 20~220x,switchable UV 395nm+White verscheen eerst op Labdeal.