XIM500 Inverted Metallurgical Microscope

Key Benefits

• Inverted design allows inspection of large or thick metal samples without obstruction from the stage
• Infinity optical system with LWD objectives ensures flat field and high resolution across the magnification range
• Seidentopf trinocular head with 30° inclination and 48-76mm interpupillary adjustment for ergonomic viewing
• Coaxial coarse and fine focusing with 0.2mm per rotation and 2μm division enables precise depth control
• Quadplex nosepiece supports both bright field and dark field objectives without changing the nosepiece
• Polarizing unit allows analysis of birefringent materials and stress patterns in metals
• 12V/50W halogen lamp with 100V-240V input supports stable illumination across global power standards
• Optional 5W LED lamp provides lower heat and energy consumption for extended use

Application Scenarios

• Inspection of polished metal cross-sections in a metallurgy lab for grain structure and phase analysis
• Quality control of castings, forgings, and machined parts for surface defects and microcracks
• Failure analysis of fractured components using polarized light to detect stress patterns
• Thin section examination of metal alloys under bright and dark field for inclusion detection
• Training students in materials science using a stable, adjustable inverted microscope with digital capture options

Who It Is For

• Metallurgy and materials science laboratories in industrial and academic settings
• Quality control departments in foundries, heat treatment, and metal fabrication plants
• Research labs analyzing microstructures of alloys, composites, and coatings
• University teaching labs for materials engineering and physical metallurgy courses
• Precision manufacturing facilities inspecting tool steels, bearing materials, and aerospace alloys

Problems It Solves

• A standard upright microscope cannot accommodate thick or large metal samples without obstructing the optics
• Fixed focus or non-infinity optics cause image distortion at the edges, especially at higher magnifications
• Lack of a trinocular head prevents simultaneous viewing and digital documentation of microstructures
• Inconsistent illumination from low-power lamps leads to poor contrast in dark field imaging
• No polarizing unit limits the ability to analyze stress, anisotropy, or crystal orientation in metals

Technical Features

• Inverted design with a 12V/50W halogen lamp for high-intensity illumination of polished metal surfaces
• Infinity optical system with LWD objectives for flat field and high resolution across magnification
• Seidentopf trinocular head with 30° inclination and 48-76mm interpupillary adjustment for ergonomic viewing
• Quadplex nosepiece supports both bright field and dark field objectives in a single rotation
• Coaxial coarse and fine focusing unit with 10mm coarse stroke and 0.2mm per rotation fine adjustment
• Polarizing unit with removable polarizer and analyzer for birefringence and stress analysis
• Mechanical stage with 210mmx180mm size and 50mmx50mm moving range, 0.1mm scale for precise positioning
• Optional 5W LED lamp for lower heat and energy use, compatible with 100V-240V input
• C-mount adapter with 1x, 0.75x, and 0.5x options for digital camera integration
• Adaptor for Canon, Nikon, Olympus cameras for direct digital capture

Specifications

Specifications are taken from the AMADA product data for this item. Confirm critical dimensions with us in writing before ordering.

Customization Options

• Choose between standard 5x to 100x objectives or add optional BD objectives for dark field
• Select trinocular head with or without reticule eyepiece for measurement tasks
• Add 5W LED lamp as an alternative to halogen for lower heat and power use
• Use C-mount adapter with 1x, 0.75x, or 0.5x to match camera sensor size
• Attach Canon, Nikon, or Olympus camera adaptor for digital imaging
• Order with or without polarizing unit based on analysis needs

Comparison With Other Options

Use Guide

• Adjust the interpupillary distance to 48-76mm before focusing to ensure a single merged image
• Use the coarse focus first at low magnification, then switch to fine focus for precise depth control
• For dark field, ensure the quadplex nosepiece is engaged and the BD objectives are aligned
• When using a camera, connect via C-mount with the appropriate magnification factor to match sensor size
• Set the illumination to 12V/50W halogen for high brightness or switch to 5W LED for lower heat and power use
• Use the polarizer and analyzer together to observe birefringent structures or stress patterns