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X-Ray Microscopes

XGT-7200 X-ray Analytical Microscope
HORIBA
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XGT-7200 X-ray Analytical Microscope
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The XGT-7200 represents a completely new generation of XRF microscope, and leads the way to a new era of science. It offers a seamless merger between optical observation and elemental analysis functions, revolutionizing the world of micro-analysis and establishing micro-XRF as a routine tool for the research and analytical scientist.

Specifications
Measurement Principle: Energy dispersive X-ray fluorescence
X-Ray Beam Diameter: <= 10um, <= 100um, <= 1.2mm
Chamber SIze (Width): 450 mm
Chamber Size (Depth): 500 mm
Chamber Size (Height): 80 mm
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XGT-5200 X-ray Analytical Microscope
HORIBA
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XGT-5200 X-ray Analytical Microscope
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With the unique X-ray Guide Tube the bench top XGT-5200 systems allow convenient access to X-ray fluorescence analysis with high spatial resolution – from 1.2 mm down to 10 µm. There is no sample preparation or vacuum required – the object is simply placed in the sample chamber and analysed at normal atmospheric ...

Specifications
Measurement Principle: Energy dispersive X-ray fluorescence
X-Ray Beam Diameter: <= 10um
Chamber SIze (Width): 350 mm
Chamber Size (Depth): 400 mm
Chamber Size (Height): 40 mm
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XGT-9000 X-ray Analytical Microscope
HORIBA
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XGT-9000 X-ray Analytical Microscope
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The XGT-9000 is the new X-ray analytical microscope from HORIBA. The versatility of this instrument makes it a perfect tool for industrial applications, to detect failure problems or foreign particles, as well as R&D. The application domains of Energy Dispersive X-ray Fluorescence (EDXRF) range from cosmetics to pharmacy, ...

Specifications
Measurement Principle: Energy dispersive X-ray fluorescence
X-Ray Beam Diameter: Custom
Chamber SIze (Width): 450 mm
Chamber Size (Depth): 500 mm
Chamber Size (Height): 80 mm
Data Sheet
Inquire Price

X-Ray Microscopes: Unveiling the Invisible with Precision Imaging

X-ray microscopes are advanced imaging tools that utilize X-ray radiation to produce highly detailed images of specimens at the micro and nanoscale. Unlike traditional optical microscopes, which use visible light, X-ray microscopes can penetrate dense materials, allowing for non-destructive examination of internal structures with exceptional resolution.

Key Features and Technologies

X-ray microscopy encompasses various techniques, each tailored for specific applications:

  • Full-Field X-Ray Microscopy: Captures entire images simultaneously, suitable for observing dynamic processes in real-time.

  • Scanning Transmission X-Ray Microscopy (STXM): Involves scanning a focused X-ray beam across the specimen, ideal for chemical and elemental mapping.

  • Soft X-Ray Microscopy: Operates in the "water window" range, providing high-contrast images of biological specimens in their natural, hydrated state.

These technologies enable researchers to achieve resolutions down to 30 nanometers, bridging the gap between optical and electron microscopy.

Applications Across Industries

X-ray microscopes are indispensable in various fields:

  • Biomedical Research: Facilitates the study of cellular structures, viruses, and tissues without the need for staining or sectioning.

  • Materials Science: Allows for the analysis of composite materials, metals, and polymers to assess structural integrity and performance.

  • Electronics: Enables inspection of semiconductor devices and circuit boards for quality control and failure analysis.

  • Geology and Environmental Science: Assists in examining mineral compositions and soil structures, contributing to resource exploration and environmental assessments.

The non-destructive nature of X-ray microscopy makes it a valuable tool for both research and industrial applications.

Advantages of X-Ray Microscopy

  • Non-Destructive Analysis: Preserves the integrity of specimens, allowing for repeated examinations.

  • High Resolution: Reveals fine structural details that are often inaccessible with other imaging methods.

  • Versatility: Applicable to a wide range of materials and sample types.

  • Depth Penetration: Provides insights into internal features without the need for physical sectioning.

These benefits make X-ray microscopes a critical asset in advancing scientific understanding and technological innovation.

Explore X-Ray Microscopes on FindLight

FindLight offers a curated selection of X-ray microscopes from leading manufacturers, catering to diverse research and industrial needs. Whether you're seeking instruments for biological studies, materials analysis, or quality control, our platform connects you with cutting-edge solutions to enhance your imaging capabilities.

Did You know?

X-Ray microscopes use soft x-rays to produce images of very small objects. They have a typical resolution of ~10um – much higher than conventional optical microscopes – thus offering new routes to address a variety of static and dynamic problems in different branches of modern material science. For example, because of their high-resolution they allow in-vivo examination of biological samples. Additionally, the ability of X-rays to produce fluorescence offers a side-advantage of conducting optical spectroscopy on the examined sample. While, the earliest X-Ray microscopes of mid-20th century used grazing incidence angles, the newest soft x-ray microscopes (such as the one at Lawrence Berkeley National Laboratory) use an incidence configuration similar to conventional microscopes.
Read more in our Blog
External links:
1 - Advanced Light Source at LBL
2 - The first 120 years of X-ray microscopes
3 - Wikipedia on X-Ray Microscopes
4 - Fluorescence Microscopes