Actylis has offices and manufacturing facilities in North America, Europe and Asia.
Our worldwide presence enables us to be flexible and responsive. No matter where you are located, there will always be an Actylis site in your proximity.
Actylis Buffalo
Speciality Chemical Manufacturing plant
Address: 2801 Long Rd, Grand Island, NY 14072
Contact: +1 716 773 8401
Actylis Buffalo manufactures kilogram to multiple ton quantities of specific compounds to satisfy client needs. Normally the manufacture involves multi-step synthesis of complex molecules.
Discover this facilityActylis Eugene
cGMP (Woodruff site) Research and Development (Polk Street Site)
Address: Woodruff Site: 90454 Woodruff St., Eugene, OR 97402 USA | Polk Street Site: 90 North Polk St., Suite 200, Eugene, OR 97402 USA Contact : Woodruff Site - +1 458 240 2741
Contact: +1 541 484 2387
Cost effective and rapid solutions for development and manufacturing of non-GMP and cGMP products. Batches of API and medical device, RSM and intermediates from 1-10 kg scale. Larger scale capacities are also available.
Actylis Montreal
Excipient & API GMP Manufacturing (Montreal site) Excipient & GMP Manufacturing (Baie d’Urfé)
Address: Montreal site: 3010 de Beane Montreal QC H4S 1L2 CANADA | Baie d’Urfé site: 20325 Clark-Graham Baie d’Urfié QC H9X 3T5 CANADA
Contact: +1 514 336 1493
Custom manufacturing of excipients, buffers and process solutions for our global client base has allowed Actylis Montreal to rapidly resolve our customers’ challenges in either the preclinical phase, in clinical trial phases I, II or III, or in commercial finished drug manufacturing.
Actylis New York
Corporate HQ
Address: 4 Tri Harbor Court, Port Washington, New York 11050 USA
Contact: +1 516 627 6000
Actylis Ogden
Production (Centerville site) , Production & Sales (Ogden site)
Address: Centerville site: 750 North 1250 West, Centerville UT 84014, USA | Ogden Site: 766 S. Depot Drive, Suite 8, Ogden, UT 84404 USA
Contact: +1 801 433 6277
Actylis Ogden discover and develop chelated mineral products that are highly compatible with the human physiology on a molecular level, and are thus optimized for bioavailability and tolerability.
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