Zymark Corporation

Eugene T Tetreault

David R Friswell

Burleigh M Hutchins, Iii

Bruce A Swanson

Tye B Fowler

Paul A Kearsley

Jack Elands

A robotic system for processing a plurality of products, the system including a plurality of units arranged to sequentially receive the products and each having a work station for effecting a specific operation on the products; and a robotic device associated with each unit and operable to sequentially obtain the products from a preceding unit, to transport the products to the work station of its associated unit and to transport the products from the associated work station to a position accessible to a robotic device of a succeeding unit.

Robotic system for processing chemical products

A processing system for processing a plurality of products, the system including a plurality of interchangeable units arranged to receive the products and each having a work station for effecting a specific operation, and a canopy covering said work station, the units being interconnected to form an enclosed chamber encompassing the work stations and covered by the interconnected canopies; an environmental control system for controlling environmental conditions within the chamber; and a transport system for transporting the products within the chamber and between the work stations.

Environmentally controlled system for processing chemical products

A processing system for processing a plurality of products, the system including a plurality of interchangeable units arranged to sequentially receive the products and each having a work station for effecting a specific operation on each of the products, the operation requiring a given time period; and wherein each work station accommodates simultaneously a predetermined number of the products, and the given time period and predetermined number associated with each unit are different than the given time periods and predetermined numbers of other said units. A transport system transports the products through the processing system so as to provide for each product a common occupancy time therein.

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Sutton, MA, United States of America

Eugene T Tetreault