Metallurgy
From extraction to production, metallurgy and metallography are used to examine the microscopic mechanisms that affect the behaviour of metals, their composites and alloys. A well manufactured material can be made more resistant to virtually any source of potential failure, including corrosion, stress and creep - all of which are crucial considerations for the use of metals and alloys in manufacturing and engineering. To achieve this, however, metallurgists must contend with a host of complex factors, both naturally occurring and those resulting from engineering processes, which can alter the physical properties of metals and ultimately, their industrial applications.
Just as the macroscopic properties of metals are tested using instruments capable of measuring their hardness, tensile strength and compressive strength, analysis of a metal's microstructure is carried out using a combination of general and specialist microscopy techniques. With the right tools, metallurgists can confidently survey a host of metallurgical failure mechanisms including:
• Fatigue
• Corrosion
• Creep
• Stress ruptures
• Fractures
• Cracking and crack propagation
• Hydrogen embrittlement
Prepared metallographic samples, are inspected using dedicated inverted microscopes that allow researchers to assess the grain size and phase of metals. Metallurgical studies, in contrast, can involve these as well as the use of specialized optical microscopes (transmitted and reflected light illumination), scanning electron microscopes and video measuring systems for select applications. When specialist software is added to this mix, researchers and control engineers can capture truly brilliant images and maximise the use of sample information.
Key techniques and instruments: stereomicroscopy, polarized light microscopy, transmitted and reflected light illumination, inverted microscopes, video measuring systems,
Associated Products
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SMZ800
Stereomicroscope featuring a 6.3:1 zoom ratio, ergonomic design, and impressive expansion options.
Implants/Protheses, Surface Examination, Telescope optics, Antennae, Composites…
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SMZ645-660
Affordable workhorse stereomicroscope with 6:3 zoom ratio and 4x to 300x magnification range.
Implants/Protheses, Surface Examination, Telescope optics, Antennae, Composites…
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SMZ1500
A stereomicroscope optical powerhouse, with a 15:1 zoom ratio and high N.A.’s producing high-contrast, tack-sharp images.
Implants/Protheses, Surface Examination, Telescope optics, Antennae, Composites…
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SMZ1000
Stereomicroscope with a 10:1 zoom ratio, superb optical performance and advanced ergonomics.
Cracks and Failure Analysis, Implants/Protheses, Surface Examination, Telescope optics, Antennae…
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NEXIV VMR-3020
The standard model of the NEXIV series (300x200mm stage).
Implants/Protheses, Surface Examination, Liquid Crystal Displays, Telescope optics, Antennae…
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NEXIV VMR-1515
Affordable, small-size benchtop system (150x150mmx150mm stage).
Cracks and Failure Analysis, Implants/Protheses, Surface Examination, Telescope optics, Surface Analysis…
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Eclipse MA200
A new inverted metallurgical microscope optimized for digital imaging and ergonomic efficiency.
Surface Examination, Cast iron nodularity and flake analysis, Telescope optics, Antennae, Metallurgy…
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Eclipse MA100
A compact inverted metallurgical microscope designed for routine observation and analysis.
Surface Examination, Cast iron nodularity and flake analysis, Telescope optics, Antennae, Metallurgy…
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Eclipse LV100D
Transmitted and reflected light microscope system for materials sciences, semiconductor and Bio-material applications.
Cracks and Failure Analysis, Implants/Protheses, Telescope optics, Antennae, Composites…
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Eclipse LV150 Series
Modular reflected light microscope systems for wafer inspection and materials science applications.
Implants/Protheses, Surface Examination, Wafers, Liquid Crystal Displays, Telescope optics…
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Automeasure Software
Powerful and easy-to-use measuring and inspection software platform for Nikon NEXIV vision systems.
Cracks and Failure Analysis, Implants/Protheses, Surface Examination, Liquid Crystal Displays, Surface Analysis…
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iNEXIV VMA-2520
High-speed, high accuracy benchtop digital metrology and imaging system.
Cracks and Failure Analysis, Surface Examination, Telescope optics, Antennae, Surface Analysis…
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NEXIV VMR-6555
Mid-sized stage model engineered for high speed measurements (650x550mm stage).
Cracks and Failure Analysis, Implants/Protheses, Surface Examination, Liquid Crystal Displays, Telescope optics…
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Purpose-built X-ray systems and configurations
Purpose-built system configurations to match specific inspection requirements
Cracks and Failure Analysis, Implants/Protheses, Rocks/Minerals, Fabrics/Textiles, Metallurgy…
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XT H 450 for turbine blade and casting inspection
Unique XT H 450 micro-focus X-ray and CT system for turbine blade and casting inspection
Cracks and Failure Analysis, Implants/Protheses, Rocks/Minerals, Metallurgy, Powertrain Components…
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XT H 225/320 LC for X-ray and CT inspection of larger samples
XT H 225/320 LC for X-ray and CT inspection of larger samples
Cracks and Failure Analysis, Implants/Protheses, Streamlining vehicle pre-production, Composites, Rocks/Minerals…
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XT H 225 Industrial CT Scanning
XT H 225 for all-purpose X-ray and CT inspection
Cracks and Failure Analysis, Implants/Protheses, Composites, Asbestos, Rocks/Minerals…
