Dino-lite Capture 2.0 Download ~UPD~
Tamsyn Gradney
Use the software to view and adjust the X, Y, and Z axis. The advanced software version allows you to create recipes with a custom path and image capture points. Additional controls allow for pausing, pause duration, travel speed, automated image capture, LED toggle, selectable resolution, auto exposure, and repeat for continuous inspection of multiple subjects.
The Iriscope is supplied with the Dino Capture software. With Dino Capture you can draw microscopic photos and video sequences at the push of a button and take measurements on the captured image (e.g. distances, areas, angles, etc.).
Use the included software to adjust X, Y, and Z axis to set a desired path, program and save your path lists for multiple projects. Additional controls allow for pausing, pause duration, travel speed, automated image capture, LED toggle, selectable resolution, auto exposure, and repeat for continuous inspection of multiple subjects.
Dino-Lite AM73915MZT is the latest top-of-the-line model with a USB 3.0 connection providing fast and smooth capture of high quality images and an impressive range of special features. The AM73915MZT is part of the high speed real time range due to the USB 3.0 connection with a maximum speed of 45fps at 1280 x 960 resolution and 15fps at 2560x1920 resolution. It offers superb uncompressed image quality and colour reproduction in a robust, compact and appealing metal housing.
This Dino-Lite USB microscope includes software for PC (DinoCapture) & Mac (DinoXcope). The software is robust and easy to use with extensive features allowing: image capture, storage and email, live and time lapse video (up to 30fps), measurement with calibration, annotation, geotagging, full screen capability, auto and manual exposure control, picture within picture zoom (magnifier) and much more. MicroTouch snapshot function is also standard on the Dino-Lite Edge series.
special technologies AMR Automatic Magnification Reading The AMR function automatically detects and displays the magnification of the Dino-Lite. The magnification is displayed within the Dino-Lite software and stored with the captured picture. The AMR function simplifies the measuring process and improves the accuracy of the measurement. AMR is recommended when high precision and/or calibrated (calibration is done manually) measurements need to be made. The following models include AMR: AM4515xx, AM4815xx, AM7515xx, AM7915xx, AM73515XX and AM73915xx
The Dino-Lite AM4113T handheld digital microscope is the workhorse industrial inspection model. It includes 1.3 MP vivid color resolution with 10x50x, 220x variable magnification along with measuring software, included calibration slide for accurate measurement, 8 white LED lights and the MicroTouch button for convenient image capture. Simply tap the button on the rear of the microscope to capture an image or use a mouse click. The microscope also features live and time lapse video and a useful magnification scroll lock. The lock enables you to lock the magnification at your desired level so that there is no need for additional adjustments on repetitive tasks. The microscope is PC, MAC and UVC compatible and is sold with a 2 year warranty.
Asteraceae is a family of flowering plants distributed widely in the terrestrial regions. Asteraceae are grouped into several tribes. Species of the Heliantheae tribe including Eclipta prostrata, Eleutheranthera ruderalis, Synedrella nodiflora, and Tridax procumbens are the most commonly found at Universitas Indonesia Campus, Depok. The research was conducted to describe the morphology and the density of leaves trichomes as a species identification character and for classification purpose that has taxonomic value within several species of tribe Heliantheae. The digital images of leaves were captured using a Dino-Lite digital microscope device and Dino capture 2.0 application to measure the area of leaves and the number of trichomes. The number of trichomes was calculated using ImageJ software. The light microscope was used to observe the trichome morphology. The results showed that trichomes density in young leaves was higher than in the old leaves. Eclipta prostrata, Eleutheranthera ruderalis, and Synedrella nodiflora showed micromorphology of trichome with ornamentation on the surface of the trichome, while Tridax procumbens not. The numbers of leaves trichomes per unit area were also different between species of Heliantheae tribe. Eclipta prostrata has the lowest number of trichomes density with a range of trichomes from 1.15/mm2 to 6.375/mm2 on the surface of young leaves and old leaves. Synedrella nodiflora has the highest trichomes density with a range of trichomes from 2.68/mm2 to 15.71/mm2. The four members of the Heliantheae tribe have a higher density of leaves trichomes on the lower surface (abaxial) than the upper surface (adaxial) of the leaves.
Portable digital microscopes have revolutionized the way we observe and explore the microscopic world. With their compact design and advanced imaging capabilities, these handheld devices offer convenience and versatility for various applications. From educational settings to field research, they allow users to capture high-resolution images and videos, enabling detailed analysis and documentation on the go. Their ease of use, portability, and compatibility with smartphones and tablets have made them accessible to a broader audience, fostering scientific curiosity and discoveries. As technology continues to improve, portable digital microscopes are expected to play an increasingly vital role in diverse fields, empowering users to unlock the mysteries of the tiny universe.
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