MAGUS Pol D850 LCD Polarizing Digital Microscope

Description

MAGUS Pol D850 LCD Polarizing Digital Microscope: Unveiling the Micro World of Anisotropy (SEO Optimized)

Unveiling the Hidden World of Anisotropy:

The MAGUS Pol D850 LCD polarizing digital microscope empowers researchers and professionals in various fields to delve into the fascinating realm of anisotropic materials. Unlike conventional microscopes, the Pol D850 utilizes polarized light to reveal the unique optical properties of birefringent samples, providing a deeper understanding of their structure and composition.

Tailored for Diverse Applications:

• Biological Research: Analyze the intricate structures of biological tissues, including muscle fibers, nerve cells, and plant cell walls, to gain insights into cellular organization and function.
• Geological Exploration: Identify and characterize minerals in rock formations, aiding in geological surveys, gemstone evaluation, and understanding rock formation processes.
• Polymer Science: Investigate the orientation and arrangement of polymer chains, crucial for developing new materials with targeted properties like strength, elasticity, and optical clarity.
• Forensics: Analyze fibers, crystals, and other anisotropic materials found at crime scenes, potentially linking them to suspects or providing valuable evidence.
• Material Science: Characterize advanced materials like liquid crystals, semiconductors, and optical components, ensuring their quality and performance.

Advanced Functionality for Unparalleled Observation:

• Dual Illumination Modes: Leverage transmitted and reflected light illumination to explore both transparent and opaque samples, expanding your investigative capabilities.
• Brightfield & Polarization Techniques: Employ both brightfield microscopy for a clear overall view and polarization techniques to reveal the birefringence of anisotropic materials, providing a more comprehensive analysis.
• Opaque Sample Compatibility: Unlike many polarizing microscopes, the Pol D850 accommodates opaque polished sections up to 15mm thick, making it ideal for studying a wider range of geological and material samples.

Optional Imaging & Display System for Enhanced Documentation:

• MAGUS CHD40 Digital Camera: Capture high-resolution images and videos in stunning 4K or Full HD detail, facilitating data sharing, presentations, and detailed analysis. The camera seamlessly switches between resolutions based on your monitor’s capabilities, ensuring optimal image quality.
• High-Speed Video Recording: Document dynamic processes and intricate sample behavior with smooth, vivid video recordings at 30fps. This allows for closer examination of changes over time and facilitates the creation of informative educational materials.
• MAGUS MCD40 Monitor: Enjoy a crystal-clear visualization experience with the 13.3″ IPS display featuring excellent viewing angles. This high-resolution monitor ensures accurate color reproduction and allows for comfortable observation from various positions.

Uncompromising Optical Performance & Durability:

• Infinity Corrected Optics: Experience exceptional image clarity and resolution with infinity-corrected optics, minimizing internal distortions and delivering sharp, high-contrast images for accurate analysis.
• Five-Slot Revolving Nosepiece: The revolving nosepiece offers flexibility for various magnification needs. Four objectives are included, and an additional slot allows for further magnification customization within the microscope’s range.
• Strain-Free Objectives: The objectives are specifically designed for cover-slip-free sample observation, streamlining your workflow and reducing the risk of damaging delicate samples.
• Robust Construction: Built with high-quality materials, the MAGUS Pol D850 is built to withstand the demands of busy laboratories, ensuring long-lasting performance and reliable results.

Precise Control & Advanced Illumination Techniques:

• Trinocular Head: The trinocular head design allows for simultaneous observation through the eyepieces and camera attachment, enabling real-time visual analysis while capturing high-resolution images simultaneously.
• Köhler Illumination: Achieve optimal image quality and even illumination across the entire field of view with Köhler illumination. This technique significantly improves image clarity and resolution, allowing you to discern even the finest details within your samples.
• Halogen Bulb Illumination: The halogen bulbs provide ample brightness for clear observations across all objectives. Additionally, the “warm” spectrum of the light source reduces eye strain during extended use, promoting user comfort.
• Polarization Capabilities: The Pol D850 features a dedicated analyzer for introducing polarized light into the optical path. By rotating the analyzer and polarizer, you can manipulate the polarization state of light, revealing the unique properties of birefringent materials.
• Bertrand Lens: For advanced material characterization, the microscope includes a Bertrand lens, facilitating conoscopic examinations. This technique allows you to analyze the interference patterns generated by birefringent materials, providing detailed information about their crystal structure and optical properties.

Ergonomic Design for User Comfort:

• Rotatable Stage: The rotatable stage allows for precise positioning of your sample, enabling you to observe the light refraction effects at different angles in polarized light settings.
• Stage Scale: The integrated stage scale provides accurate rotation measurements in increments of 0.1 degrees, ensuring precise control

Rotatable Stage & Precise Focusing:

• The rotatable stage allows for precise positioning of your sample, enabling you to observe the light refraction effects at different angles in polarized light settings.
• The coarse and fine focusing knobs are conveniently located at the bottom of the stand for a relaxed user posture. Coarse focusing tension is adjustable, and a lock is available for stability. Fine focusing provides smooth and precise sample adjustments for optimal image clarity.