Ram tilt compensation
Load sensors and displacement measurement systems monitor both sides of the ram. Spindle adjustment compensates for tilt.
ANDRITZ KAISER
A culture of innovation.
Stamping, fundamentally rethought.
A new approach to bipolar plate production.
ANDRITZ Kaiser brings AI-assisted design and press technology
together to rethink forming and production.
01 · BIPOLAR PLATES
Thin material.
Precisely formed.
Bipolar plates for hydrogen fuel cells.
Designed for bipolar plate production, the KSH2 press brings structure, drive technology and process design together to form thin metal sheets through pre-stamping, coining and final stamping.
02 · AI & STRUCTURAL DESIGN
Rethink the structure.
Refine the forming.
Biologic Strong Design® takes its cues from nature. Analysis of press slide geometry and deformation under load opens up new design possibilities. AI supports further development, from servo main drive optimization to setup.
03 · DRIVE & COMPENSATION
Precision, in the details.
A new chapter for existing equipment
A KSTU 2500 retrofit and the integration of a new servo motor show how existing equipment can evolve to meet new production needs.
PRESS PORTFOLIO
A press tailored to your product. The right fit for your process.
KSH2
Bipolar plates for fuel cells
KSEV
Rotor and stator stacks for traction motors
KSCP
Battery connectors
KSTU
Segments for wind generators
TECHNICAL PRESENTATION · 2026
Explore the thinking behind the technology.
Explore ANDRITZ Kaiser technology, from AI-assisted design and bipolar plate production to ram tilt compensation and real-world installations.
The 8th Korean Forming Technology Day presentation
Content and images: ANDRITZ Kaiser, The 8th Korean Forming Technology Day presentation. Equipment configuration and application conditions are reviewed for each project.
HAN SAE INTERNATIONAL
The right technology. For your process.
Bringing ANDRITZ Kaiser technology into your production environment.
Product configuration, specifications and availability are confirmed during project review.