International
© Röchling
14.09.2024

Change on the Executive Board of Röchling Group

Change on the Executive Board of Röchling Group

On July 1, 2025, Franz Lübbers will retire as CEO of Röchling Industrial and member of the Executive Board of the Röchling Group. For this reason, the global plastics processor, headquartered in Mannheim, Germany is rearranging the Group Executive Board. Franz Lübbers has been a loyal and respected employee of the company for more than 50 years; his father already worked for Röchling Industrial. He has been a member of the Group Executive Board since 2017.

Raphael Wolfram, CEO of Röchling Automotive and Spokesman of the Executive Board of the Röchling Group, will take over Franz Lübber’s position on July 1, 2025. He joined the company in 2019 as Automotive CFO. On January 1, 2022, he was appointed CEO of the division and to the Executive Board of the Röchling Group, of which he later became spokesman and remains in the new set-up.

“[...] We in the supervisory boards are certain that Raphael Wolfram is the right person for this crucial role. We are delighted that he has agreed to assume this position and look forward to continuing our excellent collaboration as both the Spokesman of the Group Executive Board and in his new role for Röchling Industrial,” says von Salmuth.

The focus at Röchling Industrial will be to maintain its market position in Europe, the expansion of the composites business unit and hence tapping new potentials for value creation as well as the continued international expansion through organic growth and acquisitions, particularly in Asia and North America. Sustainability and the circular economy will be enhanced further as strategic topics.

Due to this personnel change, Röchling Automotive will have a new CEO in Martin Schüler as of February 1, 2025. He will be appointed to the Executive Board of Röchling Automotive and the Executive Board of the Röchling Group as early as November 1, 2024. The 56-year-old mechanical engineer spent almost 20 years as CEO of HBPO, a division of the French automotive supplier OPmobility (formerly Plastic Omnium). HBPO was established as a joint venture of the automotive suppliers Hella, Behr and Plastic Omnium, and has been a wholly owned subsidiary of OPmobility since the end of 2022. Martin Schüler was also a member of the Executive Board of HBPO’s parent company for more than five years.

(Source: Röchling SE & Co. KG Press Release)

Schlagworte

AutomotiveManagementPlastics

Verwandte Artikel

20.03.2026

Prima Power Highlights Strategic Refocus on Sheet Metal

Prima Power, a global leader in sheet metal working manufacturing solutions, will present its Platino Linear fiber laser system at FEIMEC 2026 in São Paulo, Brazil, on Ma...

Aluminum AR Automation Automotive Cutting DIN Electric Energy EV Industrie Investment KI Laser Laser Cutting Laser Technology Manufacturing Metal Work OEM Platin Production Sheet Metal Technology Work
Read more
17.03.2026

Thermoplastic CO2 Permeation Project

A new joint industry project investigating the permeation of pressurised carbon dioxide (CO2) through thermoplastics is open for collaborators.

CO2 Joining Plastics Pipes Plastics Thermoplastics
Read more
Tony Kraus, Dan Kearney, Mike Troughton, Scott Andrews (TWI) joined by Liam Flynn and Mark Barnes (Barnes Plastic Welding), and Dirk Klauser and Philipp Hehl (Munsch)
14.03.2026

TWI Acquires New Plastic Welder Training Equipment

TWI received a range of new plastic welding equipment donated by Munsch and Forsthoff in collaboration with equipment distributors Barnes Plastic Welding for use in their...

Courses Equipment Joining Plastics Plastics Training TWI Welding Welding Training
Read more
13.03.2026

Strategic Refocus on Sheet Metal at FEIMEC 2026

Prima Power, a company specializing in sheet metal working manufacturing solutions, will present its Platino Linear fiber laser system at FEIMEC 2026.

Automated Manufacturing Automation Automotive Carbon Footprint Fiber Cutting Laser Cutting Systems Metal Processing Sheet Metal Sustainability
Read more
In demonstrator components, the Ultragrain project achieved a reduction in the area-weighted grain size of up to approximately 75 % in defined areas.
09.03.2026

Microstructure on Demand for Additive Manufacturing

The international ICON research project of the Fraunhofer-Gesellschaft, conducted with Australian partners, has shown that microstructures can be adjusted locally and in...

Additive Manufuring Aerospace Automotive DED-LB Directed Energy Deposition Energy Laser Beam Laser-based Directed Energy Deposition Metal Microstructures
Read more