MAGUS CLM microscope cameras are engineered for fluorescence and darkfield microscopy. The CLM90 model is monochrome, offering a maximum image resolution of 3200x2200 pixels. Depending on the resolution setting, the frame rate for video recording can be either 51.3 or 133.8 frames per second. This camera is compatible with 4x, 10x, 20x, and 40x objectives and excels at capturing fine details, especially when used with low magnification objectives. The device features a Peltier cooling element that keeps the sensor at a stable, low temperature to maintain high image quality.

The MAGUS CLM50 camera is designed for mounting on a microscope and is optimized for fluorescence and darkfield imaging. It is well-suited for use with 60x and 100x objectives. The camera’s 1.7MP sensor produces images with a resolution of 1600x1100 pixels, and records video at a frame rate of 33 frames per second. A special cooling element prevents the sensor from overheating, ensuring consistently high image quality. The global shutter instantly captures images without distortion or trailing, even when samples are in motion.

MAGUS CLM microscope cameras are designed specifically for imaging under fluorescent light and darkfield conditions. The CLM30 model produces a color image with a resolution of 3840x2160 pixels at 45 frames per second, or 1920x1080 pixels at 70 frames per second. This results in clear, high-quality images and smooth video transitions, which is especially important when observing moving specimens. With an 8.3MP sensor, the camera is well-suited for use with 4x, 10x, 20x, and 40x objectives, allowing for detailed visualization of fine structures.

MAGUS CHD50 is designed for integration with a microscope and includes built-in software for photo and video capture, image processing, and measurement tasks. It offers three types of connections—HDMI, WLAN, and USB2.0—making it easy to connect the camera to a computer or any compatible display device. The 8MP sensor delivers high-quality images in 4K resolution (3840x2160 pixels), and the camera can automatically switch to Full HD (1920x1080 pixels) if the external screen requires it. Video is recorded at 30 frames per second.

This digital camera features a backlit color CMOS sensor known for low noise and high light sensitivity (462mV at 1/30s), resulting in bright, detailed images even under low-light conditions. It is suitable for both darkfield and brightfield microscopy with 4x, 10x, and 20x objectives. The MAGUS CDF70 is designed to capture fine detail, including when observing moving objects. The camera delivers a maximum image resolution of 5440x3648 pixels at a frame rate of 20 frames per second.

Full color digital camera equipped with a 2.1MP SONY Exmor CMOS sensor. The sensor uses back-illumination technology to reduce light scattering and enhance sensitivity, achieving 8935mV at 1/30s. As a result, the camera delivers bright and clear images even in low-light conditions. It is ideal for both darkfield and brightfield microscopy, specifically when using objectives with 40x, 60x, and 100x magnification. The camera can be mounted in two ways: either into the trinocular tube using a C-mount adapter, or in place of the eyepiece using an adapter and adapter rings.

Video eyepiece equipped with an 8.3MP SONY Exmor digital sensor. The back-illumination technology in the sensor enhances light sensitivity and allows the camera to capture bright, clear images even in low-light environments. This camera is suitable for both darkfield and brightfield microscopy using objectives with 4x, 10x, and 20x magnification, and can also be used with stereomicroscopes. It connects to a computer through a USB3.0 port, ensuring fast data transfer at speeds up to 5Gbps and smooth image display on a monitor.

MAGUS CHD30 is a camera designed for use with microscopes, allowing you to capture photos and videos of specimens, edit them, and make precise measurements. The camera stands out with its ability to connect to a computer via Wi-Fi or to an external screen through the HDMI interface. The frame rate is 25 fps when connected by Wi-Fi, and 60 fps when connected by HDMI. When an external screen is connected, the camera’s autofocus ensures clear and sharp imaging, making the process of capturing photos or videos easier and more effective. 

At the heart of the kit is the SynScan controller, the same model used in HEQ5 and EQ6 mounts. This controller enables you to find any of over 30,000 astronomical objects, making observing with a Dobsonian telescope much easier. The system tracks objects automatically, significantly enhancing the observing experience. The GoTo Upgrade Kit consists of new telescope base plates (Dobsonian mount base) with pre-installed motors. 

This kit allows you to convert a Dobsonian mount into a GoTo system and includes a new telescope base along with the GoTo drive system. The set contains all parts needed for self-assembly, such as the GoTo controller, optical tube clamps, motors, all necessary wiring, and screws. The kit features the SynScan controller, also known from the HEQ5 and EQ6 mounts, which can locate 30,000 celestial objects in its database and automatically track them as the sky moves.

This long-awaited kit allows you to upgrade a standard Dobsonian telescope to a fully functional GoTo system. The core of the kit is the SynScan controller, also found in the popular HEQ5 and EQ6 mounts, which can locate any of over 30,000 celestial objects. The system automatically tracks objects, greatly simplifying observation with a Dobsonian telescope. The GoTo Upgrade Kit is supplied as new base plates for the Dobsonian mount, with motors pre-installed. 

This long-awaited kit allows you to upgrade a popular Dobsonian telescope with a full GoTo system. At the heart of the kit is the SynScan controller, well known from the HEQ5 and EQ6 mounts. This controller can locate any of over 30,000 celestial objects and automatically track them, making observation with a Dobsonian telescope much easier. The GoTo Upgrade Kit consists of new base plates for the Dobsonian mount, with motors already installed. The kit includes all parts needed for self-assembly, such as special optical tube clamps, motor housings, screws, wiring, and the GoTo controller.

This durable and hardwearing neoprene ever-ready case with shoulder straps is designed to protect your APO-Televid 65 W from weather and impacts, ensuring it stays safe at all times. The practical design features a smart closing system with dedicated openings for the front lens, eyepiece, focusing barrel, and tripod mount. This allows you to use the spotting scope immediately without removing it from the case, and you can carry it over your shoulder even while it is mounted on a tripod.

This transmitted light spectroscope is a simple yet precise instrument designed for observing and analyzing the spectra of various light sources. It features a tube with a precision entrance slit and a 600 lines-per-millimetre grating, allowing users to easily point it at different light sources such as the sky (to observe the solar spectrum and Fraunhofer absorption lines), flames for chemical analysis, liquids for their absorption spectra, or the bright lines from discharge tubes and lamps.

This compact spectroscope features a high-performance flat-field concave grating in a module measuring just 136 x 120 x 75 mm and weighing 1.2 kg. It includes a built-in Lodestar X2 guide camera and an argon-neon calibration lamp for precise wavelength calibration. Both the input and output are equipped with T2 threads, making the unit compatible with most imaging cameras that use T2 thread connections. Starlight Xpress recommends pairing this spectroscope with the Trius SX-694 camera for optimal performance.