Copeland is expanding its footprint in the cold chain sector through the acquisition of Dickson, adding temperature-monitoring, compliance and visibility technologies aimed at the healthcare and life sciences markets.
The transaction brings Dickson’s cloud-based monitoring capabilities into Copeland’s portfolio and strengthens the company’s ability to support temperature-sensitive products across multiple stages of the healthcare supply chain.
“The acquisition of Dickson further strengthens our ability to serve customers across every stage of the healthcare and life sciences cold chain, from pharmaceutical manufacturing through distribution and patient care,” said Copeland CEO Ross Shuster.
Financial terms of the transaction were not disclosed.
Dickson’s technology provides cloud-based temperature monitoring and visibility throughout the healthcare supply chain, covering operations from manufacturing through to final delivery. Its platform is designed to alert food and pharmaceutical shippers to potential temperature-related losses before they occur.
“Our customers operate in highly regulated environments where precision, compliance and visibility are essential,” said Rick Weiler, president and CEO at Dickson. “By joining Copeland, we are bringing together complementary technologies and expertise that support the monitoring and protection of temperature-sensitive products across increasingly complex supply chains.”
The acquisition also adds to Copeland’s existing global scale. The company has more than 200 million heating, ventilation, air conditioning and refrigeration installations across approximately 40 countries.
For healthcare and life sciences supply chains, the combination is intended to provide greater visibility over temperature-sensitive products while helping companies respond to potential temperature excursions before they result in product loss.
By integrating Dickson’s advanced cloud-based monitoring technology into its healthcare offering, Copeland aims to strengthen protection for sensitive products and mitigate losses through earlier notification of potential temperature excursions.
