XUP100 Optical Polarizing Microscope

Key Benefits

• 30° inclined binocular or trinocular tube reduces neck strain during long observation sessions
• 52-75mm interpupillary adjustment and diopter compensation allow for quick user switching
• Strain-free achromatic and infinity Plan achromatic objectives deliver sharp, flat-field images across magnifications
• Kohler illumination with field diaphragm ensures even, glare-free lighting for accurate contrast
• Standard 1/4λ retardation plate, tint plate and quartz wedge enable birefringence and stress analysis
• Swing-out condenser N.A.1.25 supports high-resolution imaging at 40X and above
• Optional 3W LED with rechargeable battery allows portable operation without mains power

Application Scenarios

• Analyzing crystal structure and birefringence in mineral and gemmology samples
• Inspecting stress patterns in polymer films and molded plastic parts
• Evaluating grain structure and phase distribution in metallographic cross-sections
• Quality control of optical components and glass materials for internal stress
• Teaching polarized light microscopy in university or technical college labs
• Documenting anisotropic features in composite materials under variable polarization

Who It Is For

• Geology and mineralogy labs studying crystal structures and optical properties
• Metallurgy and materials science labs conducting metallographic analysis
• Research and quality control departments in plastics and polymer manufacturing
• Teaching laboratories in universities and technical schools
• Jewellery and gemmology labs identifying synthetic vs natural stones
• Optical component manufacturers checking for internal stress in lenses and prisms

Problems It Solves

• A standard microscope without polarizing accessories cannot reveal birefringence or stress patterns in materials
• Fixed tube angle forces operators to lean forward, increasing fatigue during extended sessions
• Poor illumination causes uneven lighting and glare, obscuring subtle contrast in polarized samples
• Lack of a swing-out condenser makes objective changes and cleaning difficult during use
• No built-in compensators limits the ability to measure retardation or phase differences
• No portable lighting option prevents use in field or mobile inspection scenarios

Technical Features

• Binocular or trinocular tube with 30° inclination and 52-75mm interpupillary adjustment
• Diopter adjustment on both eyepiece tubes for individual eye compensation
• Strain-free achromatic objectives: 4X, 10X, 40X(S), 60X(S), 100X(S)/(Oil)
• Infinity Plan achromatic objectives: 2X, 4X, 10X, 20X(S), 40X(S), 60X(S), 100X(S)/(Oil)
• Swing-out condenser with N.A.1.25 for high-resolution imaging
• Kohler illumination with field diaphragm for uniform, glare-free lighting
• Quadruple revolving nosepiece for quick objective switching
• 1/4λ retardation plate, tint plate and quartz wedge included for birefringence analysis
• C-mount adapter with 0.5X, 1X and 0.25X options for camera integration
• Multiple illumination sources: 6V20W halogen, 6V30W halogen, 3W LED with rechargeable battery

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
• Select from strain-free achromatic or infinity Plan achromatic objectives
• Add optional 3W LED with rechargeable battery for portable use
• Attach a mechanical stage for precise specimen positioning
• Upgrade to a higher magnification objective or add a compensator if not included
• Integrate a camera using the C-mount adapter with 0.5X, 1X or 0.25X magnification

Comparison With Other Options

Use Guide

• Adjust the interpupillary distance to match your eyes before focusing to avoid eye strain
• Use the diopter adjustment to compensate for differences between your two eyes
• Always start with the lowest magnification objective and focus before switching to higher powers
• For oil immersion, use 100X(S) with immersion oil and clean the lens immediately after use
• Switch the condenser to the swing-out position when changing objectives or cleaning
• Use the field diaphragm to control contrast and reduce glare in bright-field observations