Lödige acquires EMDE Group to expand bulk solids handling range
Gebrüder Lödige Maschinenbau GmbH has acquired the EMDE Group. The acquisition expands Lödige's portfolio in bulk solids handling, conveying technology, and dosing and filling systems.
With the acquisition of the EMDE Group (Nassau), Gebrüder Lödige Maschinenbau GmbH (Paderborn) is strengthening its position as an international supplier of complete process engineering solutions. With this step, two companies with a long tradition are combining their expertise and laying the foundation for further growth and even more comprehensive support for their customers along the entire process chain.
EMDE specialises in bulk solids handling, conveying technology, and dosing and filling systems for a wide range of industries. These competencies ideally complement Lödige's portfolio in mixing, granulating, coating, drying and reacting.
"With EMDE, we are gaining a company with excellent technological know-how, high quality and many years of market knowledge. Together, we will be able to offer our customers an even broader range of solutions from a single source in future," says Maximilian Hoyer, Managing Director of Gebrüder Lödige Maschinenbau GmbH.
Using synergies – strengthening the market position
Over the coming months, both companies will jointly develop their cooperation and their structures. For partners and customers, the existing contact persons for projects and services remain unchanged. At the same time, the merger offers the opportunity to pool competencies even more closely, use synergies and jointly drive innovative solutions forward.
"Both companies share similar values: technical excellence, long-term thinking and a strong customer focus. This common basis makes us ideal partners," adds Maximilian Hoyer.
With the acquisition, Lödige is strengthening its market position, particularly in bulk solids technology and complete process engineering solutions. In future, customers will benefit from extended know-how and an even broader technological set-up along the entire process chain.
