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OwnerTom Gilman, Philip J. Farrelly +2inventors
InventorsTom Gilman, Philip J. Farrelly, Clifford A. Olson, Lajos Nyiradi
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This invention discloses a system and method useful in moving labware between laboratory devices, such as liquid handlers, readers, washers, dispensers, sealers, incubators, microarrayers and labeling devices, such a bar code labelers, to aid in automation of laboratory tasks and assay procedures. Work cells addressing particular laboratory tasks comprise modular components such as stack links, track links, arm links and laboratory devices, such as washers or plate readers. Based upon the required flow of labware movement, the individual modular components are selected and interconnected to create a high-speed work cell. The work cells are easy to configure and setup and permit configuration on available bench top space or within other small spaces, such as laboratory fume hoods. All mechanical and electrical connections between the module components of the work cell are self-contained within the system. A mechanically robust and simple design of the work cell configuration permits reliable walk away automation.
An automatic labware handling system, comprising:
An automatic labware handling system, comprising:
An automatic labware handling system, comprising:
11 The automatic labware handling system of claim 8, further comprising a sealer for automatically sealing microplates with a protective layer.
12 The automatic labware handling system of claim 8, further comprising a bar code labeler for applying bar codes to microplates.
13 The automatic labware handling system of claim 8, further comprising an incubator for providing environmental control for assays.
14 The automatic labware handling system of claim 8, further comprising an autosampler for injecting samples from microplates into analytical instruments.
Dependencies are inferred from the claim text.