Nikon Camera DS-1000, colour, CMOS, 1/2.8, 2MP, HDMI (69434)
1717.19 £
Tax included
The Nikon DS-1000 is a compact color camera designed for high-definition imaging in microscopy applications. It features a 2-megapixel CMOS sensor and supports both still image and video capture at full HD resolution. The camera is suitable for use in laboratories, educational settings, and routine documentation tasks. It can be connected directly to a monitor via HDMI or to a computer via USB 2.0, providing flexible options for image viewing and data transfer.
Nikon Camera DS-Fi3, color, CMOS, 5.9MP, USB 3.0 (65550)
6373.36 £
Tax included
The Nikon DS-Fi3 is a compact, high-definition color camera designed for advanced microscopy applications. It features a 5.9 megapixel CMOS sensor and offers high-speed image capture, excellent color reproduction, and high sensitivity, making it suitable for a variety of observation techniques such as brightfield, DIC, phase contrast, and fluorescence. With fast USB 3.0 connectivity, the DS-Fi3 enables smooth live imaging, efficient focusing, and direct integration with PC-based imaging software.
Nikon Camera DS-Ri2, Color, 16.25MP, USB3.0, CMOS, F-mount (65552)
10471.44 £
Tax included
The Nikon DS-Ri2 is a high-performance color microscope camera designed for capturing ultra-high resolution images with exceptional speed and color accuracy. With its 16.25-megapixel full-frame CMOS sensor, the DS-Ri2 delivers detailed and true-to-life images in a single shot, making it ideal for documenting fine structures in biological and industrial samples.
Euromex Camera CMEX-10 Pro, CMOS, 1/2.3", USB 3.0, 10 MP (56044)
478.97 £
Tax included
The CMEX-3, CMEX-5, CMEX-10, and CMEX-18 Pro cameras are high-speed USB 3.0 cameras designed for educational, laboratory, and industrial microscopy applications. These cameras are suitable for both life science and material science microscopes, as well as stereo microscopes. Each model features a CMOS sensor with different megapixel counts (3.1, 5.1, 10, or 18 MP), and they all offer 12-bit grayscale conversion and 24-bit color rendering for accurate image quality.
Omegon Camera veLOX 178 C Color (61040)
231.57 £
Tax included
Introducing the Omegon Pro veLOX 178, a high-speed camera meticulously engineered for planetary, lunar, and solar astrophotography. With its unparalleled combination of the largest sensor and smallest pixels within the veLOX series, it also serves as the ultimate autoguider, offering precision guidance with a diverse array of stars always within its field of view.
Omegon Camera veLOX 462 C Color (82022)
282.4 £
Tax included
Capture stunning images of the solar system and deep sky with professional-grade performance using this advanced astronomical camera. Whether you want to photograph the shadows of Jupiter’s moons, the divisions in Saturn’s rings, intricate lunar mountain ranges, or impressive solar prominences, this camera is designed to deliver exceptional results.
Omegon Camera veLOX 678 C Color (80356)
333.9 £
Tax included
The Omegon Pro veLOX 678 is a high-speed camera designed for planetary, lunar, and solar astrophotography. Featuring the largest sensor and smallest pixels in the veLOX series, it also excels as an autoguider, offering high precision and a wide field of view that ensures you always have a suitable guide star.
Omegon Camera veTEC 432 C Color (63070)
1278.97 £
Tax included
The Omegon Pro veTEC 432 is a professional deep-sky camera, ideal for capturing wide nebulae, star fields, and the lunar surface. With its very large pixels and thermoelectric cooling, it excels in deep-sky photography, especially with long focal lengths. It is also suitable for lunar, planetary, and solar imaging.
Omegon Camera veTEC 432 M Mono (63069)
1278.97 £
Tax included
The Omegon Pro veTEC 432 is a professional deep-sky camera designed for astrophotography with long focal lengths. Thanks to its very large pixels and thermoelectric cooling, this camera excels at capturing faint details in deep-sky objects. It is also suitable for lunar, planetary, and solar imaging.