Users with existing traditional microscopes can use DinoEye eyepiece cameras to observe and capture images of what is seen through the eyepiece. Dino-Lite handheld models can also view slides, either through handheld use or with a stand at high magnifications., Oobservation and image capture is easily performed with the included software which allows additional features such as measurement.
Dino-Lite handheld models are used in laboratory settings, combined with a stand, viewing laboratory subjects can be done easily with the ability to capture images and videos. For viewing blood cells, Setup A provides the most precise XYZ movements and best results when using a proper combination of coaxial lighting. Both the AM73515MT8A and BL-CDW backlight offer darkfield and brightfield options which allow users to easily identify bacteria, protozoans, and distinguish between red and white blood cells. The AM73515MT8A also offers 5MP high resolution and a magnification range of 700x-950x. Keep in mind that Dino-Lite microscopes use a glass lens and optical magnification similar to traditional microscopes. Using the full-screen 2X Digital Zoom feature found in the free imaging software at 950x mag with 5MP resolution, users can achieve 1900x magnification with 1.3MP resolution.
Dino-Eye eyepiece cameras allow users to display what they can see with their traditional microscopes but displayed on a screen. If more than 950x magnification is required, the Dino-Eye eyepiece cameras offer the ability to use a traditional microscope’s objective lens power for applications where higher magnification is necessary. Simply remove the traditional microscope’s ocular eyepiece and insert the Dino-Eye eyepiece camera in its place. Using either Dino-Eye or Dino-Lite handheld models allows users to view and examine slides and the included software allows users to annotate or organize the images into saving folders directly from the software itself. The software offers white balance controls to adjust white color accurately on the image, brightness, contrast, saturation, and much more to help get the best results.
Users can also save images and edit them to their liking in third-party applications such as Photoshop. The images captured with the Dino-Eye eyepiece camera in the slideshow below were all improved by using the camera adjustment features in the DinoCapture software. For additional help, please reference the following link below.
Esta imagen fue capturada usando el microscopio portátil AM73515MT8A con un aumento de aproximadamente 950x con LED blancos regulares y un fondo blanco.
Esta imagen fue capturada usando el microscopio portátil AM73515MT8A con un aumento de aproximadamente 950x con LED blancos regulares y un fondo blanco.
This full-screen image was also captured using the handheld AM73515MT8A microscope at approximately 1900x magnification with regular white LEDs and a white background. By using the 2X Digital Zoom feature found in the DinoCapture software, users can take 950x optical magnification to 1900x digital zoom. Keep in mind that because this is a digital zoom feature, the resolution does drop to 1.3MP (1280x960) when this mode is enabled.
This full-screen image was also captured using the handheld AM73515MT8A microscope at approximately 1900x magnification with regular white LEDs and a white background. By using the 2X Digital Zoom feature found in the DinoCapture software, users can take 950x optical magnification to 1900x digital zoom. Keep in mind that because this is a digital zoom feature, the resolution does drop to 1.3MP (1280x960) when this mode is enabled.
Image captured using Dino-Eye AM7025X 5MP eyepiece camera with Olympus compound microscope using 10x objective lens.
Image captured using Dino-Eye AM7025X 5MP eyepiece camera with Olympus compound microscope using 10x objective lens.
Image captured using Dino-Eye AM7025X 5MP eyepiece camera with Olympus compound microscope using 40x objective lens.
Image captured using Dino-Eye AM7025X 5MP eyepiece camera with Olympus compound microscope using 40x objective lens.
Measurements of human blood cells in microns (um) captured using the handheld AM73515MT8A microscope at approximately 950x magnification with regular white LEDs and a white background. The DinoCapture 2.0 software allows users to measure in inches, millimeters, mils, and microns. For more info about Dino-Lite measurements, please reference the following links below.
Measuring: https://www.dinolite.us/measuring
About measurement, accuracy, and calibration: https://www.dinolite.us/about-measurement-accuracy-and-calibration
Measurements of human blood cells in microns (um) captured using the handheld AM73515MT8A microscope at approximately 950x magnification with regular white LEDs and a white background. The DinoCapture 2.0 software allows users to measure in inches, millimeters, mils, and microns. For more info about Dino-Lite measurements, please reference the following links below.
Measuring: https://www.dinolite.us/measuring
About measurement, accuracy, and calibration: https://www.dinolite.us/about-measurement-accuracy-and-calibration
Image captured using Dino-Eye AM7025X 5MP eyepiece camera with compound microscope using 40x objective lens.
Image captured using Dino-Eye AM7025X 5MP eyepiece camera with compound microscope using 40x objective lens.
Side-by-side results comparison between handheld AM73515MT8A microscope (~950x mag) and Dino-Eye AM7025X 5MP eyepiece camera with Olympus compound microscope (~3000x mag). The highest magnification for Dino-Lite handheld is ~950x so if you need higher, we recommend the Dino-Eye eyepiece camera such as the AM7025X designed for use with a traditional microscope.
Side-by-side results comparison between handheld AM73515MT8A microscope (~950x mag) and Dino-Eye AM7025X 5MP eyepiece camera with Olympus compound microscope (~3000x mag). The highest magnification for Dino-Lite handheld is ~950x so if you need higher, we recommend the Dino-Eye eyepiece camera such as the AM7025X designed for use with a traditional microscope.
Side-by-side results comparison between handheld AM73515MT8A microscope (~1900x mag while using 2x Digital Zoom) and Dino-Eye AM7025X 5MP eyepiece camera with Olympus compound microscope (~3000x mag). The highest magnification for Dino-Lite handheld is ~950x (~1900x mag while using 2x Digital Zoom).
Side-by-side results comparison between handheld AM73515MT8A microscope (~1900x mag while using 2x Digital Zoom) and Dino-Eye AM7025X 5MP eyepiece camera with Olympus compound microscope (~3000x mag). The highest magnification for Dino-Lite handheld is ~950x (~1900x mag while using 2x Digital Zoom).
Side-by-side results comparison between handheld AM73515MT8A microscope (~950x mag) and Dino-Eye AM7025X 5MP eyepiece camera with Olympus compound microscope (~750x mag). The 750x mag is achieved by using a 10x objective lens with a compound microscope.
Side-by-side results comparison between handheld AM73515MT8A microscope (~950x mag) and Dino-Eye AM7025X 5MP eyepiece camera with Olympus compound microscope (~750x mag). The 750x mag is achieved by using a 10x objective lens with a compound microscope.
Side-by-side results comparison between Dino-Eye AM7025X 5MP eyepiece camera with Olympus compound microscope (~750x mag) and Dino-Eye AM7025X 5MP eyepiece camera with Olympus compound microscope (~3000x mag). The 750x mag is achieved by using a 10x objective lens and the 3000x mag is achieved using a 40x objective lens with a compound microscope.
Side-by-side results comparison between Dino-Eye AM7025X 5MP eyepiece camera with Olympus compound microscope (~750x mag) and Dino-Eye AM7025X 5MP eyepiece camera with Olympus compound microscope (~3000x mag). The 750x mag is achieved by using a 10x objective lens and the 3000x mag is achieved using a 40x objective lens with a compound microscope.
The feature-rich DinoCapture software offers negative and monochrome options for a different perspective when viewing blood cells.
The feature-rich DinoCapture software offers negative and monochrome options for a different perspective when viewing blood cells.
