Pump Industry
Analysis of a pump system and reverse engineering of a component with longer service life than the original part.
MAG – Metal Advancement Group is a German industrial company based in Baden-Wuerttemberg with a focus on industrial steel and metal processing. The company combines engineering expertise, modern manufacturing technologies and international production networks into an integrated value chain for industrial steel components and assemblies.
MAG supports international industrial customers from concept and engineering through manufacturing, quality assurance, serial production and logistics. By combining German development and project expertise with operational manufacturing experience in Turkey, MAG delivers efficient and scalable solutions for industrial applications.
Metal Advancement Group originated from Tiger Lift GmbH, based in Baden-Wuerttemberg, and builds on its experience in metal processing, steel structures and international industrial production. Today, MAG consolidates these competencies in a technology-oriented industrial platform for demanding steel and metal solutions.

Company type
Family-owned
Founded
2012
Locations
Germany / Turkey
Employees
65
Countries
14
Steel/year
approx. 3,800 t
Annual revenue
approx. EUR 3.4 million
MAG supplies components and assemblies for machinery and heavy equipment, automotive, mining and mineral processing, pump industry, energy systems, infrastructure projects, MDF industry, and defence and security applications.
One-stop industrial partner
Experience in defence industry projects
High-quality steel and cast components
Complex welded assemblies
High-quality sheet metal work
Short lead times
More than 40 years of technical expertise
Customer-specific solutions instead of standard products
Analysis of a pump system and reverse engineering of a component with longer service life than the original part.
In-house analysis of a cone crusher leading to a 40% increase in service life.
Optimization of 904L stainless steel with improved corrosion resistance and extended lifetime.
Manufacturing and R&D studies for EV drivetrain systems with increased motor torque and improved efficiency.
Conversion from investment casting to sand casting with an economic advantage.
Reduction of scrap rate to zero in a carburizing heat-treatment system.
50% performance increase of screw and drum grinders.
Development of a water distribution chute with minimal turbulence using simulation-driven design.