Thermo GFS35 Graphite Furnace Analytical Equipment 200-240V w/ Autosampler
Thermo Fisher Scientific
Details
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CategoryAnalytical
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Dimension30.0cm x 51.0cm x 61.0cm
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SerialGF04224102
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Shipping TypeFedEx Ground
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Manufacturing2022-01-01
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Voltage / Hertz200-240V / 50Hz/60Hz
Description
The Thermo GFS35 Graphite Furnace, manufactured in 2022, combines advanced furnace technology and reliable autosampler functionality to provide unparalleled sensitivity for atomic absorption analyses. Equipped with dynamic optical cuvette temperature control and pre-heated cuvette injection, it ensures precision and accuracy. The furnace offers added flexibility with the GFS35Z configuration, which includes a Zeeman background correction system, ideal for complex analyses with structured background effects or spectral interferences. Integrated wash and waste facilities minimize contamination, while the SOLAAR software supports ash/atomization self-optimization. Although it shows some cosmetic wear, including a small crack, the unit powers on and passes basic tests without known functionality issues.
Key Features
- Graphite furnace with autosampler module
- 200-240V operating voltage
- Zeeman background correction system
- Dynamic optical cuvette temperature control
- Integrated contamination wash/waste facilities
- SOLAAR software for ash/atomization optimization
- Maximized sensitivity and increased dynamic range
Specifications
- Operating Voltage: 200-240V
- Frequency: 50Hz/60Hz
- Background Correction: Zeeman and Deuterium options
- Dynamic Optical Cuvette Temperature Control
- Pre-Heated Cuvette Injection
- Integrated Wash and Waste Facilities
- SOLAAR Software Support
Weight
Imperial: 55.2 Pounds
Metric: 25.04 Kilograms
Shipping Dimensions
Imperial: 14.4 lb x 24.0 lb x 28.8 lb
Metric: 36.58 cm x 60.96 cm x 73.15 cm
Harmonized Code
9027.30.00
Harmonized Code Details
9027.30.00: Spectrometers, spectrophotometers, and spectrographs using optical radiations (UV, visible, IR); The code fits as the equipment is used for spectroscopic analysis in atomic absorption.
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