Professional Optical Equipment

The 12MP Levenhuk M1200 PLUS Digital Camera produces high-resolution well-detailed photos and videos of samples while observing with microscopes of any manufacturer. The camera is mounted in a 23.2mm eyepiece tube (with an adapter that can be mounted in 30mm and 30.5mm eyepiece tubes). It is a universal tool suitable for both professional research and hobbies. The camera can also be used as a digital eyepiece to live stream the process of the study on a computer screen.

The Levenhuk M130 BASE Digital Camera was designed specifically for microscopes. It allows taking photos and videos and transferring pictures to a computer screen. The camera will be a capable assistant in micro-research with its help, you will be able to create photo archives of the observations and record educational videos. The Levenhuk M130 BASE digital camera is an excellent choice for presentations and lectures at schools. It is also suitable for home use.

The Levenhuk M200 BASE Digital Camera is a modern tool for taking pictures and recording videos through a microscope. The camera offers a resolution up to 1600×1200 pixels and lets you make videos in four different modes. The high 20fps frame rate makes high-contrast, smooth videos. The package includes special Levenhuk software and a USB cable for connecting the camera to a computer.

The Levenhuk M2500 PLUS digital camera is designed to capture high-resolution images when used with low-magnification objectives of 4x and 10x. Even at low magnification, the camera’s 25MP sensor allows you to see many fine details in the observed image. The sensor produces a color image with a maximum resolution of 4928x4928px. This camera is recommended for brightfield research.

The Levenhuk M500 BASE Digital Camera is the advanced model of the Levenhuk M BASE series with a 5 megapixel sensor. You will be able to receive high-quality images with a resolution of up to 2592×1944 pixels, record video, and broadcast it on a large screen. The camera can be used at lectures or in classrooms, for home studies and work.

The Levenhuk M800 PLUS Digital Camera for microscopes was designed for professional work with microscope samples. The camera offers broad options in taking photos and videos. The 8-megapixel sensor gives the camera an image resolution of 3264×2448 pixels and high-quality video at 62fps rate. The Levenhuk M800 PLUS camera is suitable for hobbies, studies and work.

This Levenhuk MED digital camera is a comprehensive visual display system for working in a laboratory. It is equipped with a color sensor LCD screen based on Android to which an image from a microscope is transmitted in real-time mode. That means it is unnecessary to look through eyepieces and strain your eyes: you can follow the study progress on the screen. It is convenient for individual work with specimens as well as for group research.

The Levenhuk T130 PLUS Digital Camera is an accessory that every amateur astronomer should have. It allows you to photograph the night sky and record bright videos of your observations. The camera has a 1.3 megapixel sensor and gives an image resolution of up to 1280×1024 pixels. Video can be shot at a frame rate from 15 to 50 frames per second. With this camera, you will not miss a single moment in the sky!

The Levenhuk T800 PLUS is 8-megapixel digital camera for the telescope that allows you to shoot galaxies, nebulae, star clusters, the Moon, the planets of the Solar system and other astronomical objects. With this camera, you can take photos, shoot video and broadcast received files from the telescope to the computer screen. Everything you need for the camera is already included in the package.

The MAGUS CBF10 Digital Camera is designed to work together with a microscope: photographing, video recording, and displaying images on an external screen. Its characteristics are best suited for brightfield work on 4x and 10x flat-field microscope objectives and stereomicroscopes.

The MAGUS CBF12 Digital Camera is designed to work together with a microscope: photographing, video recording, and displaying images on an external screen. Its characteristics are best suited for brightfield work on 4x and 10x flat-field microscope objectives and stereomicroscopes.

The MAGUS CBF30 Digital Camera enables you to take photographs and shoot video through a microscope, edit the resulting files, organize presentations, and make linear and angular measurements of objects (after correct calibration).
The device is designed to work on microscopes using the brightfield method and 4x, 10x, 20x, and 40x objectives.

The MAGUS CBF90 Digital Camera for a microscope is a professional tool for taking photographs and recording videos, editing, viewing, and saving footage, and organizing demonstrations by displaying the image on an external screen.
The device should be used with 20x, 40x, 60x, and 100x objectives when working using the brightfield method.

Digital camera with a 2MP sensor for studying micro-objects using the darkfield or brightfield microscopy technique. The camera is equipped with a SONY Exmor backlit color CMOS sensor. This increases light sensitivity (2350mV at 1/30s) and improves image quality in low light. Optimal performance is achieved when working with objectives with magnifications of 40x, 60x, and 100x.

Video eyepiece with a SONY Exmor 8.3MP digital sensor. The sensor uses back-illumination technology to improve light sensitivity as well as to produce bright, clear images even in low light. The camera is used for work using the darkfield or brightfield microscopy technique on objectives with a magnification of 4x, 10x, and 20x. It also works with stereomicroscopes. A USB3.0 port with high data transfer speed (5Gbps) is used to connect to a computer and display images on the screen.

Full color camera with SONY Exmor 2.1MP digital CMOS sensor. The sensor is manufactured using back-illumination technology to reduce light scattering and increase the matrix sensitivity (8935mV at 1/30s). The camera produces bright and clear images even in low light. Designed to work in darkfield and brightfield using objectives with a magnification of 40x, 60x, and 100x.