Product Description
Technical specifications
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Sample Injection and Metering:
- Syringes: Precisely measure and deliver sample volumes. For example, a 500 µL syringe is used for injecting volumes between 1 µL and 5000 µL.
- Sample Loops: A key component of the injection valve that contains a fixed volume of the sample to be injected.
- Pushed/Pulled-Loop Systems: Use a syringe to either push the sample into the loop or pull it into the loop for injection.
- Syringes: Precisely measure and deliver sample volumes. For example, a 500 µL syringe is used for injecting volumes between 1 µL and 5000 µL.
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Sample Handling and Storage:
- Sample Compartment: Stores a large number of sample containers, like vials or microplates.
- Vials and Microplates: Containers that hold the samples. A single autosampler can often handle multiple plates or various sizes of vials.
- Sample Tempering: Optional temperature control for sensitive samples, keeping them between 440∘C.
- Sample Compartment: Stores a large number of sample containers, like vials or microplates.
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System Integrity and Performance:
- Injection Valves: Direct the flow of the mobile phase and sample, with critical parts including rotor seals and stator faces that need to be replaced periodically.
- Fittings and Capillaries: Ensure tight, leak-free connections throughout the system, from the autosampler to the detector.
- Filters: Prevent column clogging and damage by removing particles from the sample.
- Injection Valves: Direct the flow of the mobile phase and sample, with critical parts including rotor seals and stator faces that need to be replaced periodically.
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Other related supplies:
- Fraction Collectors: Used to collect specific peaks from the sample stream for applications like preparative HPLC.