A record holder

Core expertise in lightweight construction:

We place the material in the deep-drawing process where it is needed: thicker in the mounting flange, thinner in the walls.

Core expertise in production know-how:

In the location of the engine mounts, we adhere to the particularly low tolerances for shape and position - also with respect to the thinner walls versus the previous model. The much higher requirements for dimensional stability are also ensured.

Core expertise in tool design:

Pole housings are manufactured at very high speeds. We master the high temperatures of the material (140 °Celsius) and the environment (up to 500 °Celsius) with a special tool concept.

Core expertise in lightweight construction:

We place the material in the deep-drawing process where it is needed: thicker in the mounting flange, thinner in the walls.

Core expertise in production know-how:

In the location of the engine mounts, we adhere to the particularly low tolerances for shape and position - also with respect to the thinner walls versus the previous model. The much higher requirements for dimensional stability are also ensured.

Core expertise in tool design:

Pole housings are manufactured at very high speeds. We master the high temperatures of the material (140 °Celsius) and the environment (up to 500 °Celsius) with a special tool concept.

Core expertise in lightweight construction:

We place the material in the deep-drawing process where it is needed: thicker in the mounting flange, thinner in the walls.

Core expertise in production know-how:

In the location of the engine mounts, we adhere to the particularly low tolerances for shape and position - also with respect to the thinner walls versus the previous model. The much higher requirements for dimensional stability are also ensured.

Core expertise in tool design:

Pole housings are manufactured at very high speeds. We master the high temperatures of the material (140 °Celsius) and the environment (up to 500 °Celsius) with a special tool concept.

Core expertise in lightweight construction:

We place the material in the deep-drawing process where it is needed: thicker in the mounting flange, thinner in the walls.

Core expertise in production know-how:

In the location of the engine mounts, we adhere to the particularly low tolerances for shape and position - also with respect to the thinner walls versus the previous model. The much higher requirements for dimensional stability are also ensured.

Core expertise in tool design:

Pole housings are manufactured at very high speeds. We master the high temperatures of the material (140 °Celsius) and the environment (up to 500 °Celsius) with a special tool concept.

Core expertise in lightweight construction:

We place the material in the deep-drawing process where it is needed: thicker in the mounting flange, thinner in the walls.

Core expertise in production know-how:

In the location of the engine mounts, we adhere to the particularly low tolerances for shape and position - also with respect to the thinner walls versus the previous model. The much higher requirements for dimensional stability are also ensured.

Core expertise in tool design:

Pole housings are manufactured at very high speeds. We master the high temperatures of the material (140 °Celsius) and the environment (up to 500 °Celsius) with a special tool concept.

Core expertise in lightweight construction:

We place the material in the deep-drawing process where it is needed: thicker in the mounting flange, thinner in the walls.

Core expertise in production know-how:

In the location of the engine mounts, we adhere to the particularly low tolerances for shape and position - also with respect to the thinner walls versus the previous model. The much higher requirements for dimensional stability are also ensured.

Core expertise in tool design:

Pole housings are manufactured at very high speeds. We master the high temperatures of the material (140 °Celsius) and the environment (up to 500 °Celsius) with a special tool concept.

Core expertise in lightweight construction:

We place the material in the deep-drawing process where it is needed: thicker in the mounting flange, thinner in the walls.

Core expertise in production know-how:

In the location of the engine mounts, we adhere to the particularly low tolerances for shape and position - also with respect to the thinner walls versus the previous model. The much higher requirements for dimensional stability are also ensured.

Core expertise in tool design:

Pole housings are manufactured at very high speeds. We master the high temperatures of the material (140 °Celsius) and the environment (up to 500 °Celsius) with a special tool concept.

Core expertise in lightweight construction:

We place the material in the deep-drawing process where it is needed: thicker in the mounting flange, thinner in the walls.

Core expertise in production know-how:

In the location of the engine mounts, we adhere to the particularly low tolerances for shape and position - also with respect to the thinner walls versus the previous model. The much higher requirements for dimensional stability are also ensured.

Core expertise in tool design:

Pole housings are manufactured at very high speeds. We master the high temperatures of the material (140 °Celsius) and the environment (up to 500 °Celsius) with a special tool concept.

Core expertise in lightweight construction:

We place the material in the deep-drawing process where it is needed: thicker in the mounting flange, thinner in the walls.

Core expertise in production know-how:

In the location of the engine mounts, we adhere to the particularly low tolerances for shape and position - also with respect to the thinner walls versus the previous model. The much higher requirements for dimensional stability are also ensured.

Core expertise in tool design:

Pole housings are manufactured at very high speeds. We master the high temperatures of the material (140 °Celsius) and the environment (up to 500 °Celsius) with a special tool concept.

Core expertise in lightweight construction:

We place the material in the deep-drawing process where it is needed: thicker in the mounting flange, thinner in the walls.

Core expertise in production know-how:

In the location of the engine mounts, we adhere to the particularly low tolerances for shape and position - also with respect to the thinner walls versus the previous model. The much higher requirements for dimensional stability are also ensured.

Core expertise in tool design:

Pole housings are manufactured at very high speeds. We master the high temperatures of the material (140 °Celsius) and the environment (up to 500 °Celsius) with a special tool concept.

Core expertise in lightweight construction:

We place the material in the deep-drawing process where it is needed: thicker in the mounting flange, thinner in the walls.

Core expertise in production know-how:

In the location of the engine mounts, we adhere to the particularly low tolerances for shape and position - also with respect to the thinner walls versus the previous model. The much higher requirements for dimensional stability are also ensured.

Core expertise in tool design:

Pole housings are manufactured at very high speeds. We master the high temperatures of the material (140 °Celsius) and the environment (up to 500 °Celsius) with a special tool concept.

Core expertise in lightweight construction:

We place the material in the deep-drawing process where it is needed: thicker in the mounting flange, thinner in the walls.

Core expertise in production know-how:

In the location of the engine mounts, we adhere to the particularly low tolerances for shape and position - also with respect to the thinner walls versus the previous model. The much higher requirements for dimensional stability are also ensured.

Core expertise in tool design:

Pole housings are manufactured at very high speeds. We master the high temperatures of the material (140 °Celsius) and the environment (up to 500 °Celsius) with a special tool concept.

Core expertise in lightweight construction:

We place the material in the deep-drawing process where it is needed: thicker in the mounting flange, thinner in the walls.

Core expertise in production know-how:

In the location of the engine mounts, we adhere to the particularly low tolerances for shape and position - also with respect to the thinner walls versus the previous model. The much higher requirements for dimensional stability are also ensured.

Core expertise in tool design:

Pole housings are manufactured at very high speeds. We master the high temperatures of the material (140 °Celsius) and the environment (up to 500 °Celsius) with a special tool concept.

Core expertise in lightweight construction:

We place the material in the deep-drawing process where it is needed: thicker in the mounting flange, thinner in the walls.

Core expertise in production know-how:

In the location of the engine mounts, we adhere to the particularly low tolerances for shape and position - also with respect to the thinner walls versus the previous model. The much higher requirements for dimensional stability are also ensured.

Core expertise in tool design:

Pole housings are manufactured at very high speeds. We master the high temperatures of the material (140 °Celsius) and the environment (up to 500 °Celsius) with a special tool concept.

Core expertise in lightweight construction:

We place the material in the deep-drawing process where it is needed: thicker in the mounting flange, thinner in the walls.

Core expertise in production know-how:

In the location of the engine mounts, we adhere to the particularly low tolerances for shape and position - also with respect to the thinner walls versus the previous model. The much higher requirements for dimensional stability are also ensured.

Core expertise in tool design:

Pole housings are manufactured at very high speeds. We master the high temperatures of the material (140 °Celsius) and the environment (up to 500 °Celsius) with a special tool concept.

Core expertise in lightweight construction:

We place the material in the deep-drawing process where it is needed: thicker in the mounting flange, thinner in the walls.

Core expertise in production know-how:

In the location of the engine mounts, we adhere to the particularly low tolerances for shape and position - also with respect to the thinner walls versus the previous model. The much higher requirements for dimensional stability are also ensured.

Core expertise in tool design:

Pole housings are manufactured at very high speeds. We master the high temperatures of the material (140 °Celsius) and the environment (up to 500 °Celsius) with a special tool concept.

Core expertise in lightweight construction:

We place the material in the deep-drawing process where it is needed: thicker in the mounting flange, thinner in the walls.

Core expertise in production know-how:

In the location of the engine mounts, we adhere to the particularly low tolerances for shape and position - also with respect to the thinner walls versus the previous model. The much higher requirements for dimensional stability are also ensured.

Core expertise in tool design:

Pole housings are manufactured at very high speeds. We master the high temperatures of the material (140 °Celsius) and the environment (up to 500 °Celsius) with a special tool concept.

Core expertise in lightweight construction:

We place the material in the deep-drawing process where it is needed: thicker in the mounting flange, thinner in the walls.

Core expertise in production know-how:

In the location of the engine mounts, we adhere to the particularly low tolerances for shape and position - also with respect to the thinner walls versus the previous model. The much higher requirements for dimensional stability are also ensured.

Core expertise in tool design:

Pole housings are manufactured at very high speeds. We master the high temperatures of the material (140 °Celsius) and the environment (up to 500 °Celsius) with a special tool concept.

Core expertise in lightweight construction:

We place the material in the deep-drawing process where it is needed: thicker in the mounting flange, thinner in the walls.

Core expertise in production know-how:

In the location of the engine mounts, we adhere to the particularly low tolerances for shape and position - also with respect to the thinner walls versus the previous model. The much higher requirements for dimensional stability are also ensured.

Core expertise in tool design:

Pole housings are manufactured at very high speeds. We master the high temperatures of the material (140 °Celsius) and the environment (up to 500 °Celsius) with a special tool concept.

Core expertise in lightweight construction:

We place the material in the deep-drawing process where it is needed: thicker in the mounting flange, thinner in the walls.

Core expertise in production know-how:

In the location of the engine mounts, we adhere to the particularly low tolerances for shape and position - also with respect to the thinner walls versus the previous model. The much higher requirements for dimensional stability are also ensured.

Core expertise in tool design:

Pole housings are manufactured at very high speeds. We master the high temperatures of the material (140 °Celsius) and the environment (up to 500 °Celsius) with a special tool concept.

Core expertise in lightweight construction:

We place the material in the deep-drawing process where it is needed: thicker in the mounting flange, thinner in the walls.

Core expertise in production know-how:

In the location of the engine mounts, we adhere to the particularly low tolerances for shape and position - also with respect to the thinner walls versus the previous model. The much higher requirements for dimensional stability are also ensured.

Core expertise in tool design:

Pole housings are manufactured at very high speeds. We master the high temperatures of the material (140 °Celsius) and the environment (up to 500 °Celsius) with a special tool concept.

Core expertise in lightweight construction:

We place the material in the deep-drawing process where it is needed: thicker in the mounting flange, thinner in the walls.

Core expertise in production know-how:

In the location of the engine mounts, we adhere to the particularly low tolerances for shape and position - also with respect to the thinner walls versus the previous model. The much higher requirements for dimensional stability are also ensured.

Core expertise in tool design:

Pole housings are manufactured at very high speeds. We master the high temperatures of the material (140 °Celsius) and the environment (up to 500 °Celsius) with a special tool concept.

Core expertise in lightweight construction:

We place the material in the deep-drawing process where it is needed: thicker in the mounting flange, thinner in the walls.

Core expertise in production know-how:

In the location of the engine mounts, we adhere to the particularly low tolerances for shape and position - also with respect to the thinner walls versus the previous model. The much higher requirements for dimensional stability are also ensured.

Core expertise in tool design:

Pole housings are manufactured at very high speeds. We master the high temperatures of the material (140 °Celsius) and the environment (up to 500 °Celsius) with a special tool concept.

Core expertise in lightweight construction:

We place the material in the deep-drawing process where it is needed: thicker in the mounting flange, thinner in the walls.

Core expertise in production know-how:

In the location of the engine mounts, we adhere to the particularly low tolerances for shape and position - also with respect to the thinner walls versus the previous model. The much higher requirements for dimensional stability are also ensured.

Core expertise in tool design:

Pole housings are manufactured at very high speeds. We master the high temperatures of the material (140 °Celsius) and the environment (up to 500 °Celsius) with a special tool concept.

Core expertise in lightweight construction:

We place the material in the deep-drawing process where it is needed: thicker in the mounting flange, thinner in the walls.

Core expertise in production know-how:

In the location of the engine mounts, we adhere to the particularly low tolerances for shape and position - also with respect to the thinner walls versus the previous model. The much higher requirements for dimensional stability are also ensured.

Core expertise in tool design:

Pole housings are manufactured at very high speeds. We master the high temperatures of the material (140 °Celsius) and the environment (up to 500 °Celsius) with a special tool concept.

Core expertise in lightweight construction:

We place the material in the deep-drawing process where it is needed: thicker in the mounting flange, thinner in the walls.

Core expertise in production know-how:

In the location of the engine mounts, we adhere to the particularly low tolerances for shape and position - also with respect to the thinner walls versus the previous model. The much higher requirements for dimensional stability are also ensured.

Core expertise in tool design:

Pole housings are manufactured at very high speeds. We master the high temperatures of the material (140 °Celsius) and the environment (up to 500 °Celsius) with a special tool concept.

Core expertise in lightweight construction:

We place the material in the deep-drawing process where it is needed: thicker in the mounting flange, thinner in the walls.

Core expertise in production know-how:

In the location of the engine mounts, we adhere to the particularly low tolerances for shape and position - also with respect to the thinner walls versus the previous model. The much higher requirements for dimensional stability are also ensured.

Core expertise in tool design:

Pole housings are manufactured at very high speeds. We master the high temperatures of the material (140 °Celsius) and the environment (up to 500 °Celsius) with a special tool concept.

Core expertise in lightweight construction:

We place the material in the deep-drawing process where it is needed: thicker in the mounting flange, thinner in the walls.

Core expertise in production know-how:

In the location of the engine mounts, we adhere to the particularly low tolerances for shape and position - also with respect to the thinner walls versus the previous model. The much higher requirements for dimensional stability are also ensured.

Core expertise in tool design:

Pole housings are manufactured at very high speeds. We master the high temperatures of the material (140 °Celsius) and the environment (up to 500 °Celsius) with a special tool concept.

Core expertise in lightweight construction:

We place the material in the deep-drawing process where it is needed: thicker in the mounting flange, thinner in the walls.

Core expertise in production know-how:

In the location of the engine mounts, we adhere to the particularly low tolerances for shape and position - also with respect to the thinner walls versus the previous model. The much higher requirements for dimensional stability are also ensured.

Core expertise in tool design:

Pole housings are manufactured at very high speeds. We master the high temperatures of the material (140 °Celsius) and the environment (up to 500 °Celsius) with a special tool concept.

Core expertise in lightweight construction:

We place the material in the deep-drawing process where it is needed: thicker in the mounting flange, thinner in the walls.

Core expertise in production know-how:

In the location of the engine mounts, we adhere to the particularly low tolerances for shape and position - also with respect to the thinner walls versus the previous model. The much higher requirements for dimensional stability are also ensured.

Core expertise in tool design:

Pole housings are manufactured at very high speeds. We master the high temperatures of the material (140 °Celsius) and the environment (up to 500 °Celsius) with a special tool concept.

Core expertise in lightweight construction:

We place the material in the deep-drawing process where it is needed: thicker in the mounting flange, thinner in the walls.

Core expertise in production know-how:

In the location of the engine mounts, we adhere to the particularly low tolerances for shape and position - also with respect to the thinner walls versus the previous model. The much higher requirements for dimensional stability are also ensured.

Core expertise in tool design:

Pole housings are manufactured at very high speeds. We master the high temperatures of the material (140 °Celsius) and the environment (up to 500 °Celsius) with a special tool concept.

Core expertise in lightweight construction:

We place the material in the deep-drawing process where it is needed: thicker in the mounting flange, thinner in the walls.

Core expertise in production know-how:

In the location of the engine mounts, we adhere to the particularly low tolerances for shape and position - also with respect to the thinner walls versus the previous model. The much higher requirements for dimensional stability are also ensured.

Core expertise in tool design:

Pole housings are manufactured at very high speeds. We master the high temperatures of the material (140 °Celsius) and the environment (up to 500 °Celsius) with a special tool concept.

Core expertise in lightweight construction:

We place the material in the deep-drawing process where it is needed: thicker in the mounting flange, thinner in the walls.

Core expertise in production know-how:

In the location of the engine mounts, we adhere to the particularly low tolerances for shape and position - also with respect to the thinner walls versus the previous model. The much higher requirements for dimensional stability are also ensured.

Core expertise in tool design:

Pole housings are manufactured at very high speeds. We master the high temperatures of the material (140 °Celsius) and the environment (up to 500 °Celsius) with a special tool concept.

Core expertise in lightweight construction:

We place the material in the deep-drawing process where it is needed: thicker in the mounting flange, thinner in the walls.

Core expertise in production know-how:

In the location of the engine mounts, we adhere to the particularly low tolerances for shape and position - also with respect to the thinner walls versus the previous model. The much higher requirements for dimensional stability are also ensured.

Core expertise in tool design:

Pole housings are manufactured at very high speeds. We master the high temperatures of the material (140 °Celsius) and the environment (up to 500 °Celsius) with a special tool concept.

Core expertise in lightweight construction:

We place the material in the deep-drawing process where it is needed: thicker in the mounting flange, thinner in the walls.

Core expertise in production know-how:

In the location of the engine mounts, we adhere to the particularly low tolerances for shape and position - also with respect to the thinner walls versus the previous model. The much higher requirements for dimensional stability are also ensured.

Core expertise in tool design:

Pole housings are manufactured at very high speeds. We master the high temperatures of the material (140 °Celsius) and the environment (up to 500 °Celsius) with a special tool concept.

Core expertise in lightweight construction:

We place the material in the deep-drawing process where it is needed: thicker in the mounting flange, thinner in the walls.

Core expertise in production know-how:

In the location of the engine mounts, we adhere to the particularly low tolerances for shape and position - also with respect to the thinner walls versus the previous model. The much higher requirements for dimensional stability are also ensured.

Core expertise in tool design:

Pole housings are manufactured at very high speeds. We master the high temperatures of the material (140 °Celsius) and the environment (up to 500 °Celsius) with a special tool concept.