Used CARL ZEISS / HSEB Axiotron #293660098 for sale

CARL ZEISS / HSEB Axiotron is a high-end laboratory microscope designed to perform detailed microscopic imaging and analysis. With a high-resolution stereo optical system, HSEB Axiotron offers advanced features such as great detail, high depth of field, great color contrast, real-time Focusing, digital image capture, and auto-lighting control. The high-end stereo optical system features a long-working distance of 19 mm, a 10x zoom lens with field of view ranges from 10 mm to 0.1 mm and a 10 mm focus depth. This configuration ensures that users can cover a wide range of specimens without suffering from aberrations due to object size. At the back of the microscope, two Halogen illuminators are installed; offering an adjustable brightness from 1x to 8x. CARL ZEISS Axiotron has a flexible design platform, allowing users to configure the microscope with a wide range of additional modules such as phase contrast, polarized light, fluorescence, infrared, and digital image capture. With a digital camera and computer, users can capture still images and also real-time video footage of specimens and even conduct complex analysis such as FFTs and particle filtering. Axiotron is a highly efficient microscope, with an automated scanning mode that can be used to scan for the whole specimen, or preset viewing points. This feature allows users to quickly survey the specimen and identify interesting areas for further analysis. CARL ZEISS / HSEB Axiotron offers a wide range of automation features such as digital autofocusing, automatic parfocal calibration, back-focus, and counter-lighting. The autofocus system rapidly auto-adjusts the objective lens to ensure image clarity and full depth-of-field. The automated counter-lighting feature optimizes the illumination intensity of each object, ensuring that the image contrast is adjusted for the specimen. Overall, HSEB Axiotron is an excellent high-end microscope for achieving superior microscopic imaging and analysis for research and development. Its advanced features such as automated scanning, digital image capture, and advanced lighting control make it a versatile and highly useful tool for any researcher.