This high-speed, user-friendly camera features a 10-megapixel CMOS sensor and a USB3.0 connection, making it ideal for general applications in education and home use, especially for capturing images of moving specimens.

The Optika Double Arm X-LED3 Lighting CL-41 is a flexible and powerful illumination system designed for use with microscopes and other precision instruments. It features two adjustable LED arms, allowing users to direct light exactly where it is needed for optimal specimen viewing. The system includes brightness control, making it easy to adjust the intensity of the illumination to suit different samples and observation conditions.

The M-173 camera adapter is designed for connecting APS-C and full-frame SLR cameras to a variety of microscope models. This adapter allows users to capture high-quality images directly through the microscope, making it ideal for both professional and educational applications. It is compatible with both trinocular tubes and eyepiece tubes, offering flexibility for different setups. The M-173 is suitable for use in laboratories, research, and documentation tasks that require reliable camera integration.

The Optolong Planetary Filters Kit is designed specifically for planetary photography, including five essential filters: UV/IR Cut, Red (R), Green (G), Blue (B), and IR685. These filters are particularly effective when used with monochromatic cameras, allowing photographers to capture different wavelengths and enhance the details of planetary surfaces and atmospheres.

The Optolong Planetary Filters Kit includes five essential filters for planetary photography: UV/IR Cut, Red (R), Green (G), Blue (B), and IR685. These filters are especially effective when used with monochromatic cameras, allowing you to isolate specific wavelengths and enhance planetary details.

The Optolong Venus-U Filter is designed for capturing photographs, CCD, or video images in the UV-A range (320-400 nm), making it possible to observe cloud structures on Venus. This filter is intended for use with monochrome CCD cameras, provided the sensor’s cover glass and internal UV-IR blocker are removed to allow UV light to pass through. The same applies to mono DSLRs, which require removal of the built-in low pass filter. A specialized UV lens is also necessary for proper imaging.

The LRGB filter set is specifically designed for astrophotography with monochrome CCD cameras, allowing you to capture high-resolution color images of the night sky. Unlike color CCD cameras, which use built-in color filters that reduce resolution, a monochrome camera paired with LRGB filters utilizes the full sensor for each exposure. This results in brighter, sharper images of deep sky objects.

The CLS (City Light Suppression) broadband filter is designed to enhance the visibility of deep sky objects by reducing the transmission of certain wavelengths associated with light pollution. It is particularly effective at blocking light from artificial sources such as mercury and sodium vapor lamps, as well as minimizing the unwanted 'sky glow' effect. The filter remains highly transparent to the main emission lines of nebulae, including OIII (496nm and 500nm), H-beta (486nm), NII (654nm and 658nm), H-alpha (656nm), and SII (672nm).

The CLS (City Light Suppression) broadband filter is designed to enhance the visibility of deep sky objects by reducing the transmission of wavelengths commonly associated with light pollution. It is particularly effective at blocking light from artificial sources such as mercury and sodium vapor lamps, as well as minimizing the unwanted 'sky glow' effect. The filter remains highly transparent to the main emission lines of nebulae, including OIII (496nm and 500nm), H-beta (486nm), NII (654nm and 658nm), H-alpha (656nm), and SII (672nm).