When the brake linings in a 16,000-ton forging press wore out too quickly, we developed an engineered solution with higher mechanical strength and longer service life.

For a mining carrier transporting multi-ton loads, we developed a braking system capable of handling kilometer-long downhill gradients, extreme heat, and automatic emergency braking in the event of pressure loss.

When series production faced a critical stop, a solution was required that combined material expertise, rapid adaptation, and verified performance.

When an electronic throttle lacked mechanical feel, we developed a friction solution that restored the correct resistance and tactile feedback.

When a new 27-ton asphalt machine was developed, we assumed responsibility for the entire hydraulic braking system – from requirements specification and calculations to testing, verification, and series delivery.

When a military vehicle’s weight increased from 7 to 16 tons, we developed a compact, waterproof braking system with higher braking force – without increasing installation space.