Used SAKURA Accucut SRM-200 #160808 for sale

SAKURA Accucut SRM-200 microscope is a powerful compound microscope designed for bioscience research applications. It features advanced imaging capabilities and a host of features that make it one of the most versatile and reliable microscopes on the market. Accucut SRM-200 features a high-resolution, digital imaging equipment. This system captures up to 10.2 megapixel images that offer high contrast and clarity. Its motorized optical transport unit provides a wide range of specimen magnification options, with magnifications up to 2000x. This motorized machine allows users to switch between samples and specimen slides quickly while maintaining immaculate focus. SAKURA Accucut SRM-200 is also equipped with a variety of field-of-view options. One of the most valuable features is the lateral view mode, which allows users to view larger specimens without sacrificing image resolution. Additionally, the microscope is capable of detecting fluorescent samples and features a surface mount for unhindered visibility. Accucut SRM-200's built-in controller and touch screen conveniently offer complete control of the tool from one central location. This includes access to customization of light settings, image alignment, and a range of other features. The microscope also features advanced software integration, allowing users to seamlessly integrate their own custom software as well as third-party software solutions. SAKURA Accucut SRM-200 provides precise and consistent performance. Its advanced tracking asset ensures accurate scans of specimens, while its automated focusing model guarantees precise and optimized focus. The self-calibrating motor equipment ensures that each sample is handled with precision and accuracy. Ultimately, Accucut SRM-200 is the perfect tool for research microscopy applications. Its high image resolution and precise tracking system make it the perfect choice for detailed specimen observation and analysis. With its wide range of features and capabilities, it's an ideal choice for any research environment.