| Specification Title | Specification Details |
|---|---|
| Laser Cabinet | Frequency quintupled 213 nm Q-switched Nd:YAG laser with > 4 mJ source pulse energy and < 5 ns pulse width |
| < 3% pulse to pulse stability throughout | |
| Flat top energy profile | |
| Mechanically and thermally isolated laser beam delivery and viewing path for maximum stability | |
| Variable output energy and variable pulse repetition frequency (1 – 20 Hz) | |
| Variable laser spot size (4 – 200 μm) | |
| Fully sealed laser head with user changeable flashlamp | |
| Viewing Optics and Video | Computer controlled, continuously adjustable parfocal video microscope (2.6x – 32.5x optical zoom range) |
| Wide field of view (> 6 mm) at high optical resolution (< 2 µm) | |
| High intensity LED lighting arrays | |
| Motorized rotating polarizer | |
| Sampling System | Open Architecture for maximum flexibility |
| HelEx II Active 2-Volume Cell Compatible | |
| High precision XY stages (0.16 µm/step) |
Supplied Computer Specifications
The IM4000Plus Ion Milling System utilizes a broad, low-energy Ar+ ion beam milling method to produce wider, undistorted cross-section milling or flat milling, without applying mechanical stress to the sample.
The inverted emission microscope is a backside analysis system designed to identify failure locations by detecting the light and heat emitted from the defects in semiconductor devices.
The Model C (12 ton) and Model M (25 ton) are ideal for use with XRF pellet dies. Model C is ideal for smaller diameter pellets of more easily compressed material. Model M is suited for larger pellets and harder to press material.
Not only does Prodigy Plus provide superb resolution, stability and detection limits for reliable results, it also provides a wide variety of optional features that are guaranteed to enhance the capabilities of your organic analysis lab.
Automated Soil CO2 Flux System A portable, automated system for simple and reliable survey and long-term measurements over a study site.
The H-9500 is a user-friendly workhorse for atomic-resolution Transmission Electron Microscope imaging and routine structural characterization. The excellent imaging capability makes it a platform for in-situ TEM.
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