QVI OGP Lazer 200 Laser Scanning System
The Lazer 200 is an innovative non-contact measuring system that uses laser scanning and video support for surface topography measurements.
With optimized electron optical systems, the new Regulus series features resolutions down to 0.7 nm in the Regulus8220/8230/8240 models and 0.8 nm in the Regulus8100 model.
Specimen: Gold particle on Carbon
Landing voltage: 10 V
Specimen: Catalyst
Accelerating voltage: 30 kV
Specimen: Tin ball
Landing voltage: 1.5 kV
Regulus 8100 | Regulus 8220 | Regulus 8230 | Regulus 8240 | ||||
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Secondary Electron Resolution | 0.7 nm (Vacc: 15 kV) 0.8 nm (Landing voltage: 1 kV)*3 |
0.6 nm (Vacc: 15 kV) 0.7 nm (Landing voltage: 1 kV)*3 |
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Accelerating voltage | 0.5~30 kV | 0.5~30 kV | |||||
Landing voltage*3 | 0.1~2 kV | 0.01~20 kV | |||||
Mag. | 20~1,000,000 ×*4 | 20~2,000,000 ×*4 | |||||
Specimen stage | Stage control | 3-axis motor drive*5 | 5-axis motor drive | ||||
Movable range | X | 0~50 mm | 0~50 mm | 0~110 mm | 0~110 mm | ||
Y | 0~50 mm | 0~50 mm | 0~110 mm | 0~80 mm | |||
R | 360° | ||||||
T | -5~70° | ||||||
Z | 1.5~30 mm | 1.5~40 mm | |||||
Stage repeatability | – | – | – | Less than ±0.5 µm |
The Lazer 200 is an innovative non-contact measuring system that uses laser scanning and video support for surface topography measurements.
SeNse Sulfur Selective Detector is a new detector that has been developed by AC Analytical Controls (PAC) for Gas Chromatography applications aiming to determine Sulfur species in hydrocarbon type matrices.
Pushing the boundaries of ICP MS applications μL
Central to a LI-COR long-term system is the LI-8250 Multiplexer. The LI-8250 acts as a single point of access to interact with and control a LI-COR gas analyzer and up to 8 chambers.
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