NC: Filtration Products Provider Donaldson Opens Life Sciences Technical Center in RTP | Trade and Industry Development

NC: Filtration Products Provider Donaldson Opens Life Sciences Technical Center in RTP

Feb 19, 2024
Donaldson, a global provider of filtration products and solutions, is opening a 25,000-square-foot life sciences technical center in Research Triangle Park (RTP).

Donaldson, a global provider of filtration products and solutions, is opening a 25,000-square-foot life sciences technical center in Research Triangle Park (RTP).

The company said the facility – centrally located to support emerging biotechnology companies – will contain laboratories and cleanrooms with manufacturing capacity. It will support the design, development, launch and early commercialization of bioprocessing solutions.

Donaldson said the siDonaldson logote also will serve as a hub for its life sciences business and house the company’s IsoTag reagent product line. Donaldson brands to be located or developed at the facility include Isolere Bio, Purilogics, Solaris Biotech and Univercells Technologies.

“RTP is the perfect strategic location to attract world-class talent to our growing team, deploy enabling bioprocessing solutions, and engage with leading cell and gene therapy players,” said Donaldson Life Sciences President Andrew Dahlgren.

Kelli Luginbuhl, Donaldson Isolere Bio business director, noted that the investment also will support the company’s efforts to speed up the commercialization of its IsoTag technology, while providing solutions to its other advanced therapeutics customers. “By adding manufacturing capacity, Donaldson is in a stronger position to support customers in their research through clinical and commercial-scale activities,” he added.

Earlier this year, Donaldson acquired Isolere Bio, Inc. and its proprietary IsoTag reagents and filtration processes that are used in the biopharmaceutical purification and manufacturing process. The reagents are designed to substantially improve product quality and purity more rapidly than competing solutions.

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