XIM100 Inverted Metallurgical Microscope

Key Benefits

• One-piece frame ensures stability during long inspection sessions
• 20/80 beam splitter in trinocular tube enables real-time camera capture without losing the optical view
• Long working distance objectives (5X to 100X) allow inspection of thick or irregularly shaped metal samples
• Mechanical stage with 80mm x 50mm movement range supports precise positioning of specimens
• High eye-point eyepieces (up to 21mm) reduce eye strain during extended use
• Infinity-corrected optics with plan objectives deliver flat, high-contrast images across the field

Application Scenarios

• Inspection of metal surfaces, castings, and weld joints in foundry quality control
• Failure analysis of machined components and heat-treated parts
• Quality checks on metal coatings, plating, and surface finishes
• Microstructure evaluation of alloys and metallographic samples under reflected light
• Teaching metallurgy and materials science in university or vocational labs

Who It Is For

• Metallurgy and materials testing labs in manufacturing plants
• Foundry and heat-treatment quality departments
• University and technical school teaching labs in materials science
• Research labs analyzing metal fatigue, grain structure, and surface defects
• Precision engineering workshops inspecting machined metal parts

Problems It Solves

• A standard upright microscope cannot accommodate thick or bulky metal samples
• Fixed magnification or short working distance objectives limit access to deep or uneven surfaces
• Lack of a beam splitter forces users to choose between viewing and capturing images
• Poor eye relief in standard eyepieces causes discomfort during long inspection sessions
• Mechanical stage with limited movement range makes precise specimen positioning difficult

Technical Features

• One-piece frame construction from arm to base for rigidity and stability
• Trinocular observation tube with 20/80 beam splitter for simultaneous viewing and camera capture
• Diopter-adjustable binocular and trinocular tubes with 30° inclination for ergonomic viewing
• Infinity-corrected optical system with long working distance objectives for deep sample access
• Mechanical stage with 80mm x 50mm travel range and low-positioned X/Y coaxial controls
• 12V100W halogen lamphouse with 12V50W power supply for consistent reflected light illumination
• Interpupillary adjustment range of 48-75mm and 52-75mm depending on tube configuration
• High eye-point eyepieces (up to 21mm) for comfortable viewing with glasses
• Quintuple revolving nosepiece for quick objective switching
• Optional filters (blue, green, yellow) and polarizing kits for enhanced contrast in metallography

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 binocular and trinocular tube configurations with 20/80 or 100/0 beam splitter
• Select from multiple eyepiece types: WF10X/20mm, WF10X/22mm, reticule versions
• Add optional filters (blue, green, yellow) for contrast enhancement
• Install polarizing kits for stress and crystallographic analysis
• Use C-mount adapters (0.5X, 0.25X, 1X) for camera integration
• Upgrade to 100X objective with oil immersion for high-resolution surface detail

Comparison With Other Options

Use Guide

• Adjust the interpupillary distance to match your eye spacing before focusing to avoid eye strain
• Use the 100X objective with immersion oil for maximum resolution on polished metal surfaces
• Position the specimen on the mechanical stage and use the X/Y knobs to center it before switching objectives
• Use the 20/80 beam splitter to connect a camera while maintaining a clear view through the eyepieces
• Insert the appropriate filter (blue, green, yellow) to enhance contrast based on the sample type
• Clean the objective lenses and specimen surface before use to avoid artifacts in the image