Need help?Do you have a question about the Waters Extraction+ and is the answer not in the manual?
Details prohibited uses, setup location, operating distance, indoor use, maintenance, modifications, SELV circuits, and overheating.
Explains how to use the manual, outlines responsibilities, and notes that information is subject to change without notice.
Identifies key components of the Extraction+ manifold, including the collar lifter, labware, and base.
Details the components of the Extraction+ vacuum pump, such as LED indicators, inlets, power button, and rear connections.
Provides step-by-step instructions for setting up the vacuum pump and waste container, including hose connection.
Outlines the steps for connecting the Extraction+ manifold for cartridge use, including hose and adapter placement.
Details the steps for setting up the manifold with filter plates, including the use of manifold spacers.
Explains the manifold spacer system, available sizes, and provides examples of optimal usage with different collection plates.
Recommends using a plate-sealer film on unused filter plate cavities for even vacuum application.
Suggests using sealing caps in unused cartridge adapter slots for even vacuum application.
Describes the Collection Labware Rack Domino for holding consumables during extraction phases.
Details adding the Microplate Gripper tool for automated movement of labware and racks.
Guides users through connecting the Extraction+ vacuum pump to a power source and establishing a WiFi connection to OneLab.
Instructs users to launch a web browser and navigate to a specific IP address to complete the installation.
Explains the drag-n-drop editor for designing precise and complete experimental protocols.
Details how OneLab selects and uses the Extraction+ for various experiment setups and guides users through preparation.
Guides users to start experiments and follow visual instructions provided by OneLab for device control.
Lists technical specifications for the Extraction+ pump, including pump rate, measurement ranges, dimensions, and power.
Provides technical specifications for the Extraction+ manifold, including compatible labware and dimensions.
Details the procedures for powering the Extraction+ pump on and off, including standby mode.
Provides a step-by-step visual guide for replacing the filter cartridge in the Extraction+ device.
Advises contacting Waters for end-of-life directions and information, in accordance with WEEE directive.
Lists certifications for electrical safety, EMC, radio, FCC compliance, and RoHS.
Provides contact details for Waters Corp and Andrew Alliance S.A. for support and inquiries.
Details prohibited uses, setup location, operating distance, indoor use, maintenance, modifications, SELV circuits, and overheating.
Explains how to use the manual, outlines responsibilities, and notes that information is subject to change without notice.
Identifies key components of the Extraction+ manifold, including the collar lifter, labware, and base.
Details the components of the Extraction+ vacuum pump, such as LED indicators, inlets, power button, and rear connections.
Provides step-by-step instructions for setting up the vacuum pump and waste container, including hose connection.
Outlines the steps for connecting the Extraction+ manifold for cartridge use, including hose and adapter placement.
Details the steps for setting up the manifold with filter plates, including the use of manifold spacers.
Explains the manifold spacer system, available sizes, and provides examples of optimal usage with different collection plates.
Recommends using a plate-sealer film on unused filter plate cavities for even vacuum application.
Suggests using sealing caps in unused cartridge adapter slots for even vacuum application.
Describes the Collection Labware Rack Domino for holding consumables during extraction phases.
Details adding the Microplate Gripper tool for automated movement of labware and racks.
Guides users through connecting the Extraction+ vacuum pump to a power source and establishing a WiFi connection to OneLab.
Instructs users to launch a web browser and navigate to a specific IP address to complete the installation.
Explains the drag-n-drop editor for designing precise and complete experimental protocols.
Details how OneLab selects and uses the Extraction+ for various experiment setups and guides users through preparation.
Guides users to start experiments and follow visual instructions provided by OneLab for device control.
Lists technical specifications for the Extraction+ pump, including pump rate, measurement ranges, dimensions, and power.
Provides technical specifications for the Extraction+ manifold, including compatible labware and dimensions.
Details the procedures for powering the Extraction+ pump on and off, including standby mode.
Provides a step-by-step visual guide for replacing the filter cartridge in the Extraction+ device.
Advises contacting Waters for end-of-life directions and information, in accordance with WEEE directive.
Lists certifications for electrical safety, EMC, radio, FCC compliance, and RoHS.
Provides contact details for Waters Corp and Andrew Alliance S.A. for support and inquiries.
The Waters Extraction+ is a laboratory device designed for solid-phase extraction (SPE) workflows, facilitating sample preparation in analytical chemistry. It consists of two main components: the Extraction+ vacuum pump and the Extraction+ manifold. The system is engineered to integrate seamlessly with the Andrew+ Pipetting Robot, enhancing automation and precision in laboratory processes.
The primary function of the Extraction+ system is to perform solid-phase extraction, a sample preparation technique used to separate analytes from a sample matrix. This is achieved by drawing liquid samples through a sorbent material packed in cartridges or filter plates using a vacuum. The vacuum pump creates the necessary negative pressure to pull liquids through the extraction labware, while the manifold holds the labware and directs the flow.
The Extraction+ vacuum pump is a core component that generates and controls the vacuum. It features an LED indicator for status, a vacuum inlet for connection to the manifold, and a power button for operation. The pump is equipped with a built-in computer and a built-in wireless adapter, enabling connectivity and control through the OneLab software platform. This allows for the design and execution of extraction protocols, as well as monitoring of the experiment. The pump connects to a waste container via a silicone hose, collecting the discarded liquids during the extraction process.
The Extraction+ manifold is the interface where the extraction labware is placed. It comprises several parts: a collar lifter, a manifold collar, a manifold base that also serves as a waste collector, and specific adapters for different types of labware. The manifold is designed to accommodate various extraction labware, including columns in adapters or cartridges, and filter plates. It also supports different collection labware, such as tubes in adapters or plates with manifold spacers, allowing for flexibility in experimental setup.
When used with the Andrew+ Pipetting Robot, the Extraction+ vacuum manifold is typically placed at a specific deck location (Domino location 5), ensuring consistent and automated operation. The integration with OneLab allows for the creation of flow-through extraction actions, where users can design precise protocols using a drag-and-drop editor. The software guides the user through the experiment, providing visual instructions and recording each step.
The Extraction+ system offers several features to enhance usability and flexibility in laboratory settings:
The Extraction+ system is designed with user-friendly maintenance in mind, primarily focusing on the replacement of the filter cartridge:
General| Extraction Type | Solid-Phase Extraction (SPE) |
|---|---|
| Description | Automated solid-phase extraction system |
| Cartridge Size | 1 mL, 3 mL, 6 mL |
| Solvent Compatibility | Compatible with a wide range of solvents |
| Automation | Automated SPE processing |
| Software Control | Yes |
| Automation Level | Full automation |
| Compatibility | Compatible with various sample matrices |
| Dimensions | Varies depending on configuration |
| Weight | Varies depending on configuration |
| Power Requirements | 100-240 V, 50/60 Hz |
| Flow Rate | Adjustable flow rates |
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