Component Manufacturing & Welding Technology
As a Tier 1 supplier for motorsport, high-performance vehicles, and aerospace, CP Tech stands for outstanding expertise in component manufacturing and welding technology.
This is why we place particular emphasis on the qualification of our specialists, who undergo an intensive onboarding and training phase.
As a certified welding company according to DIN EN ISO 3834-2, we deliver maximum precision and quality – essential when producing lightweight components that are often safety-critical. The combination of fixture design, advanced welding processes, precision machining, and non-destructive testing highlights our competence in high-precision welded assemblies.
Material Diversity for Tailor-Made Solutions
CP Tech works with a wide range of materials to meet the most demanding requirements across industries:
- Steel (low-alloy, special grades):
CPDUR®1000 (1.7734 / 15CDV6), CPDUR®500 (1.7218 / 25CrMo4 / SAE4130) - Alloyed Steel:
17-4-PH (1.4548), H400 (1.4376), heat-resistant steels (1.4829 / 1.4841) - Aluminum:
AlMg (EN AW 5XXX), AlMgSi (EN AW 6XXX), AlZn4.5Mg1 (EN AW 7020) - Specialty Materials:
Titanium (Grade 5 / Grade 9 / Grade 23), Inconel (Alloy 625 / Alloy 718)
Additionally, we process other materials upon request and develop custom alloys tailored to specific customer needs.
Qualified
Our certified welding specialists undergo continuous training to meet our customers' demanding requirements for lightweight structures under high loads, with welds that are both precise and durable.
With years of hands-on experience and specialized expertise, they master their craft at the highest level – setting benchmarks in both quality and precision.
Material Expertise
To perfectly design lightweight products for high-performance applications, in-depth material expertise is essential. At CP Tech, this is complemented by our in-house material trading unit, certified according to EN 9120.
We also use our proprietary material CPDUR®, distributed through this channel, in the production of our own lightweight components.
