Used OLYMPUS IX-70 #9025134 for sale

OLYMPUS IX-70 is an inverted research microscope designed for advanced imaging applications. This microscope is a multi-mode device that can be used for brightfield and fluorescence microscopy, as well as digital imaging. OLYMPUS IX70 has a long working distance which is ideal for supported imaging techniques, such as those involving cell culture, as well as when using objectives with low magnification. IX 70 is a versatile microscope featuring a unique trinocular head and eye-level view. The trinocular head has separate ports for transmitted and reflected light, enabling fast switching between polarized or light-blocking filters during experiments. Its eye-level view allows for easy viewing, as well as comfortable extended use. IX70 microscope is equipped with a high-power infinity corrected plan objectives, offering superior optical performance and superior resolving power. These objectives provide excellent contrast, clarity, and image fidelity for brilliant imaging. IX-70 also includes improved ergonomics for enhanced comfort during extended microscopy sessions. The microscope features an adjustable focus control, allowing for precise positioning and easy access to sample manipulation. Its smooth and steady movements, along with a wide focus range of up to 22mm, offer precise and consistent imaging. OLYMPUS IX 70 also has excellent digital imaging capabilities, thanks to its built-in 12-megapixel digital camera. Its full-color EXR CMOS imaging sensor offers accurate color reproduction and images with exceptionally low noise levels. This makes OLYMPUS IX-70 an ideal microscope for digital imaging applications. Additionally, OLYMPUS IX70 microscope is equipped with a USB data port, allowing for convenient and easy connection to a computer for image storage and analysis. It also has Wi-Fi and Bluetooth® connections, enabling easy sharing of images, as well as access to a wide range of control and analysis software. IX 70 microscope is the ideal instrument for advanced research imaging applications. Its superior optical performance, versatile features, and advanced digital imaging capabilities make it an essential tool for life science and medical research.