Thermo TriPlus RSI Autosampler LC-MS Analysis 2 Injectors Flexible Capacity
Thermo Fisher Scientific
Details
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CategoryMass Spectrometry
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Dimension135.0cm x 75.0cm x 93.0cm
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Serial490800
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Shipping TypeFedEx Ground
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Manufacturing2019-01-01
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Voltage / Hertz230V / 50Hz UK
Description
The Thermo TriPlus RSI Autosampler, manufactured in Switzerland in 2019, efficiently processes numerous samples for LC-MS analysis in various scientific settings, including pharmaceutical, contract research, food safety, environmental, clinical research, and forensic laboratories. Known for its flexible sample handling capacity, the system supports a wide array of sample volumes using trays and microtiter plates. The unit includes a temperature-controlled 3-drawer stack capable of loading 420 x 1 mL, 324 x 2mL, or 90 x 10 mL vials, ensuring versatility in sample preparation. Optional expansion to a six-drawer stack increases maximum capacity to 6912 samples. Key features include 2 Injector Modules, an external system trayholder for 3 trays, and a vial holder. Packed with robust features, this autosampler is suited for high-throughput laboratory processes. Please note, a computer is not included.
Key Features
- Flexible capacity for various sample volumes
- Temperature-controlled 3-drawer stack
- Optional six-drawer stack for increased capacity
- 2 Injector Modules
- External system trayholder
- Vial holder
Specifications
- Sample capacity: 420 x 1 mL, 324 x 2mL, or 90 x 10 mL vials
- Optional six-drawer stack: maximum capacity of 6912 samples
- Power: 230V 50Hz Euro Plug
- Manufactured in: Switzerland
- Year of Manufacture: 2019
- Includes: 2 Injector Modules, external trayholder, vial holder
Weight
Imperial: 108.47 Pounds
Metric: 49.2 Kilograms
Shipping Dimensions
Imperial: 63.78 lb x 35.43 lb x 43.94 lb
Metric: 162.0 cm x 89.99 cm x 111.61 cm
Harmonized Code
9027.10.20
Harmonized Code Details
9027.10.20 - Instruments and apparatus for physical or chemical analysis: gas or smoke analysis apparatus. Chosen based on the autosampler's role in preparatory sample analysis for LC-MS systems.
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