95mm APO LWD Metallographic Objective Lens Wavelength 400-1100NM

Key Benefits

• Long working distance up to 34mm allows inspection of thick or uneven metal samples without contact
• APO correction reduces chromatic and spherical aberrations for accurate color and edge definition
• Designed for 400-1100nm wavelength range, suitable for UV to near-infrared inspection
• M26 screw thread ensures compatibility with standard microscope bodies and accessory systems
• ELWD variants (20X and 50X) offer extended working distance while maintaining high resolution
• High numerical aperture (up to 0.80) enables detailed imaging at 100X magnification
• Consistent focal length of 200mm across all models simplifies system integration and calibration
• Optimized for use with digital cameras and video inspection systems in industrial settings

Application Scenarios

• Inspection of metal surfaces, welds, and castings in foundry and heat-treatment quality labs
• Failure analysis of machined parts and tooling under high magnification with minimal sample clearance
• Quality control of precision metal components in semiconductor and aerospace manufacturing
• Microstructure analysis of alloys and coatings in metallurgical labs using transmitted light
• Integration into a digital inspection system for documentation and comparison across batches
• Use in a multi-objective turret where consistent focal length and thread size simplify switching

Who It Is For

• Metallurgy, foundry and heat-treatment quality labs
• Industrial inspection lines for metal components and machined parts
• Failure analysis and materials science laboratories
• Semiconductor and precision engineering manufacturers
• Research labs conducting microstructure or surface defect analysis

Problems It Solves

• Short working distance objectives prevent inspection of thick or uneven metal samples without risk of collision
• Lack of APO correction causes color fringing and blurred edges in high-magnification metallography
• Inconsistent focal length across objectives complicates calibration and image alignment
• Mismatched thread sizes prevent secure mounting of objectives on standard microscope bodies
• Insufficient numerical aperture limits resolution at high magnifications, especially at 50X and 100X
• No support for extended wavelength range (400-1100nm) restricts use in UV or IR-enhanced imaging

Technical Features

• Apochromatic (APO) correction for reduced chromatic and spherical aberration
• Long working distance (W.D.) from 6.0mm to 44.9mm depending on magnification
• Focal length fixed at 200mm across all models for consistent system design
• M26 screw thread for secure mounting on standard microscope bodies
• Numerical aperture (N.A.) from 0.055 to 0.80, supporting high-resolution imaging
• Operating wavelength range: 400-1100nm for broad spectral compatibility
• Depth of focus (DOF±Δ) from 0.4μm to 14μm, depending on magnification
• Field of view (FOV) specified in both eyepiece and camera formats for system planning
• Available in standard and ELWD (Extended Long Working Distance) variants for high-magnification clearance

Specifications

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

Customization Options

• Available in standard and ELWD (Extended Long Working Distance) variants for 20X and 50X magnifications
• M26 thread ensures compatibility with standard microscope bodies and mounting systems
• All models share a 200mm focal length, enabling consistent system integration
• Supports use with digital cameras and video inspection systems via standard C-mount or adapter options

Comparison With Other Options

Use Guide

• Ensure the microscope body has an M26 thread to mount the objective securely
• Use ELWD variants (20X ELWD, 50X ELWD) when inspecting thick or irregular metal samples requiring extra clearance
• Select the appropriate magnification and N.A. based on required resolution and working distance
• Verify the camera sensor size matches the field of view specification for full frame capture
• Clean the lens surface with lens paper and appropriate solvent before mounting to avoid contamination
• Do not force the objective into the nosepiece; hand-tighten only to prevent thread damage