Used OLYMPUS BHM-JL #9062394 for sale

OLYMPUS BHM-JL is a high-performance cordless microscope capable of transmitting high-quality images remotely. It features an articulated arm, allowing for greater accuracy and improved ergonomics while providing excellent optical performance across its wide range of magnifications. The equipment's 3-stage post-magnification reduces flare allowing for higher contrast and finer image detail. The system utilizes the latest solid-state LED illuminators to generate superior lighting with minimized heat. Intelligent Sensors adjust the color temperature, brightness, and intensity level to the current sample and magnification level. The optical unit has a long working distance of 17.2mm to ensure unhindered operation and reduce fatigue. OLYMPUS BHMJL allows for seamless integration into existing networks within a research workplace and is compatible with OLYMPUS controllers and microscopes. It can be quickly and easily calibrated with an intuitive user interface and no need for an external microscope. The high-resolution 12 megapixel camera delivers an impressive clarity and fidelity with a maximum resolution of 4160 x 3120 pixels. It can be used in multiple viewing modes such as live view, captured images, and high-speed movie capture; with the latter allowing for greater experimentation. BH-MJL offers remote controlled zoom, focus, and illumination performance with customizable settings for varied applications and fine-tunable illumination. Further customization to the machine can be made with additional attachments, such as contrast phase and polarization. For data acquisition and manipulation, the tool is supported by OLYMPUS Stream software, which allows for the capture, annotation, and evaluation of images. BHM-JL has an inbuilt USB 3.0 port and has an optional image analysis suite to enable further research and analysis. OLYMPUS BH-MJL is a cordless high-performance microscope that is ergonomic, reliable, and able to capture and display high-resolution images with superior clarity and fidelity. Its multiple observation modes and enhanced optics make it the ideal choice for research laboratories, universities, and professional microscopists who require versatility and reliability.