Applied Molecules Shares the Details of an Upcoming Facility Move

Press release submitted on behalf of Applied Molecules.

Applied Molecules, Whitmore Lake, Michigan, is excited to announce a major milestone for the company: Applied Molecules is moving to a new, much larger manufacturing facility! This expansion is a direct result of continued support and partnerships, and it will allow Applied Molecules to grow and innovate.

The new building is three times larger than the current facility and has five times the storage space. This significant increase will help boost production, streamline operations and strengthen the supply chain to better serve their customers.

The new location is scheduled to be up and running on September 2nd. The move will minimize any impact on customers’ orders and services, so customers should not experience any delays or disruptions.

Applied Molecules new address:
New Manufacturing Address:  11230 Lemen Industrial Drive, Whitemore Lake, Michigan, 48189, USA.
Technology Office: 165 W. Green St. Englewood, Florida, 34224 (This address has not changed.)
Remittance Address: P.O. Box 773107, Detroit, Michigan, 48277-3107 (This address has not changed.)
All contact information, including phone numbers and email addresses, will remain the same.

Applied Molecules looks forward to welcoming customers to the new facility where they will be better equipped than ever to meet and exceed expectations.

Additionally, Applied Molecules is heading to CAMX 2025, the top exhibition for composites and advanced materials. They’d love for you to join them at the Orange County Convention Center in Orlando, Florida, from September 8-11 at Booth K71.

This is a great opportunity to connect with the team and discover their latest innovations. They’ll be on-site to discuss how their advanced composite materials can help you improve product performance, durability and weight. Come talk to their scientists and engineers, see their materials in action with live demos and get a feel for their products with hands-on samples.

For more information, visit www.applied molecules.com.