Unico G500-8041 Accessories: Darkfield Slideruse w/ 4X to 10X

The Unico G500-8041 Accessories: Darkfield Slider is a specialized medical device designed for use in laboratory and clinical settings, particularly with microscopes utilizing 4X to 10X power objectives. Its primary benefit lies in enhancing the visibility and contrast of specimens under observation, making it an invaluable tool for researchers, scientists, and medical professionals seeking detailed insights into microscopic structures.

The Unico G500-8041 Darkfield Slider serves as an accessory to microscope systems, specifically tailored to improve the darkfield illumination technique. This method involves illuminating the sample with light that enters from the sides, thereby enhancing the contrast between the specimen and its background. By incorporating this accessory into a microscope setup, users can significantly improve their ability to observe and analyze specimens that might be difficult to visualize under traditional brightfield conditions.

Key Features

• Designed for compatibility with 4X to 10X power objectives, offering versatility in microscopic observations.
• Enhances specimen visibility through improved contrast, aiding in detailed examination and analysis.
• Specifically engineered for darkfield illumination, allowing for the observation of samples with heightened detail and clarity.
• Easy to integrate into existing microscope setups, making it a practical addition to laboratory and clinical workflows.
• Contributes to more accurate diagnoses and research findings by providing a clearer view of microscopic structures.

Product Specifications

• Dimensions: Not specified • Weight: Not specified • Materials: Not specified • Compatibility: Designed for use with microscopes utilizing 4X to 10X power objectives

Ideal For

• Research laboratories • Clinical laboratories • Educational institutions with microscopy courses • Medical facilities requiring advanced microscopic analysis • Any environment where detailed specimen observation is crucial for research, education, or diagnosis.