This set includes the TS Optics F/6.3 focal reducer and corrector for Schmidt-Cassegrain telescopes, along with the TS Optics Off-Axis Guider featuring a length of 16 mm. The focal reducer is a high-quality four-element image field corrector designed for SC Schmidt-Cassegrain telescopes from Celestron and Meade. It reduces the focal length by a factor of 0.63, resulting in exposure times that are approximately 2.5 times shorter. In addition, it corrects and flattens the naturally curved field of view typical of Schmidt-Cassegrain systems, producing sharper stars across the entire image field.

Unlike conventional digital cameras for photography or industrial inspection, ZEISS microscope cameras are specifically optimized for scientific research, laboratory applications, and documentation. Different models offer variations in pixel size, sensor dimensions, and frame rates to meet the diverse requirements of microscopy. Pixel size influences sensitivity and resolution, while lower pixel counts enable higher frame rates and larger sensors provide improved field-of-view coverage.

ZEISS microscope cameras are specifically engineered for scientific research, laboratory documentation, and advanced imaging applications. Unlike conventional digital cameras, these models are tailored to meet demanding microscopy requirements. Sensor size, pixel dimensions, and resolution options are carefully selected to balance sensitivity, spatial resolution, and frame rate performance. The Axiocam 705 mono R2 is a 5-megapixel monochrome CMOS camera designed for fast and highly sensitive imaging.

ZEISS microscope cameras are specifically developed for research, scientific imaging, and documentation. Unlike standard photography or industrial cameras, these models are optimized for microscopy applications, offering carefully balanced combinations of pixel size, resolution, sensitivity, and frame rate. The Axiocam 705 pol is a scientific 5-megapixel camera designed for polarization imaging. It features a specialized sensor with an integrated polarization filter mask, allowing polarization parameters such as angle and degree of polarization to be captured in a single image.

ZEISS microscope cameras are specifically developed for scientific research, documentation, and analysis. Unlike standard photography or industrial cameras, they are optimized for microscopy applications, offering carefully balanced combinations of sensor size, pixel dimensions, resolution, sensitivity, and frame rate. Larger sensors provide greater field coverage, while optimized pixel sizes ensure accurate spatial resolution and sensitivity. The Axiocam 712 color combines a large image sensor, small pixel size, accurate color reproduction, and high imaging speed.

ZEISS microscope cameras are specifically designed for research, documentation, and analytical applications. Unlike standard digital cameras, they are optimized for microscopy, offering tailored combinations of sensor size, pixel dimensions, sensitivity, and frame rate to meet demanding scientific requirements. The Axiocam 712 mono is a 12-megapixel monochrome microscope camera engineered for fast, high-resolution imaging across large sample areas. With reduced noise and high quantum efficiency, it is ideal for highly sensitive applications, including fluorescence microscopy.

The ZEISS Educam 105 represents the next generation of microscope cameras for digital classrooms. Designed specifically for education and training, this 5-megapixel color camera with CMOS sensor offers a cost-effective entry solution without compromising quality. Modern connectivity options allow microscopes to be easily integrated into networked learning environments. With WLAN capability via an optional adapter or a direct LAN connection, microscopes can be connected quickly and efficiently.

Labscope is developed to deliver fast and reliable results at the push of a button. From image acquisition and integrated measurement tools to efficient data management and reporting, the software supports daily biomedical laboratory workflows and improves efficiency. With Labscope, users can capture high-quality images and obtain meaningful, reproducible results with ease.

Labscope is designed to deliver fast and reliable results at the push of a button. From image acquisition and integrated measurement tools to convenient data management and reporting, the software supports efficient workflows in biomedical laboratories. With Labscope, users can capture high-quality images and generate meaningful, reproducible results with ease.

Labscope is developed to provide fast and reliable results at the push of a button. From image acquisition and integrated measurement tools to efficient data management and reporting, the software supports routine workflows in biomedical laboratories. With Labscope, users can capture high-quality images and obtain meaningful, reproducible results with ease.

Labscope enables fast and reliable results at the push of a button. From image acquisition and integrated measurement tools to streamlined reporting and data sharing, the software supports efficient workflows in biomedical laboratories. With Labscope, users can capture high-quality images and generate meaningful, reproducible results with ease.

Labscope delivers fast and reliable results at the push of a button. From image acquisition and integrated measurement tools to convenient reporting and data management, the software is designed to streamline daily workflows in biomedical laboratories. With Labscope, users can capture high-quality images and obtain meaningful, reproducible results efficiently.

ZEISS Labscope is an intuitive imaging application designed for teaching and practical microscopy. Whether in universities, schools, or colleges, it helps bring microscopy to life in a connected classroom environment. Users can capture images, record videos, and perform measurements at the touch of a button. The software allows seamless switching between all microscopes within the networked classroom. This flexibility transforms traditional lectures into interactive and motivating learning experiences.

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.