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State of the Art Imaging & Material Analysis Componentry

Unlock the secrets of your materials with our state-of-the-art Scanning Electron Microscope (SEM). Designed for precision and versatility, this advanced SEM utilizes a focused beam of high-energy electrons to deliver stunningly high-resolution images of surface topography and composition. Perfect for metallurgy, it excels in analyzing the microstructure and composition of metals and alloys, making it an essential tool for material characterization.

Featuring a uniquely large chamber, our SEM accommodates various sample sizes and configurations, allowing for both high and low vacuum environments. This adaptability ensures optimal imaging conditions for every specimen. Additionally, the built-in Energy Dispersive Spectroscopy (EDS) detector measures X-rays, enabling you to identify and quantify the elements present in your samples with unparalleled accuracy.

Elevate your research and analysis capabilities with our Scanning Electron Microscope, where high performance meets innovative design, allowing you to uncover the intricacies of your materials like never before.

Specifications

Variable Pressure Specimen Chamber

Low Vacuum BSE Mode for Sample Charging Mitigation

Chamber Pressure to 4Torr in 25 Millitorr Steps

Hi Vacuum SE Mode for Standard High- Resolution SEM Imaging

Electron Gun: LaB6 Ion Pumped - and Tungsten

Accelerating Voltage: 100volts to 30kV

High Vacuum Image Resolution: 4nm @ 30kV

Low Vacuum Image Resolution: 6nm @ 30kV

Magnification: x10 – x400,000 Secondary Electron Image

Probe Current: 1pA to 5nA Range

TURBO Pumped Specimen Chamber

Robinson BSE Detector

3 Axis Motorized Stage X/Y = 125mm | Z = 100mm ROTATION = 360° Continuous TILT = -5 to +90°

PC Controlled Stage Automation and SEM Control Backscatter Detector

Energy Dispersive Spectrometer (EDS) with state of the art Silicon Drift Detector

SEM (EDS) Testing Standards Conducted by RTI

* ISO/IEC 17025:2017 PJLA Accreditation #128874