
Quality Control in High-Power Cable Manufacturing
At Kabeltechnik, quality and safety are key when we manufacture high-current or battery cables. These types of cables are used in demanding environments—like electric vehicles, energy systems or industrial machinery—where failure is not an option.
That’s why we follow a strict quality control process during and after the crimping of large section cables.
Precision Crimping with Rivet Technology
We use hexagonal crimping tools that ensure strong and reliable contact between the copper conductor and the terminal. These machines are designed specifically for large-section cables, and allow for:
- Precise cable stripping
- Metric-compliant hexagonal crimp
- Custom markings (e.g., STARTER (+), part codes)
Example of cable preparation and crimping process:
Quality Control Tests We Perform
Before a cable assembly leaves our facility, it goes through destructive testing to confirm it meets both mechanical and electrical safety standards.
1. Pull-Force Test
We apply a pulling force higher than what the terminal manufacturer requires. This ensures that the crimp is mechanically strong and won’t fail under stress.
2. Cross-Section Analysis
We cut and polish the crimped terminal to examine the inside structure. This allows us to check that:
- All copper strands have been compressed correctly
- There are no voids or air pockets
- The compression is compact and uniform
Some real test samples from our lab:
These steps help us ensure that the cables can safely carry the required current and voltage, and resist the heat and vibration present in real-world applications.
Final Results: Safe and Reliable Power Cables
By combining advanced crimping tools with thorough quality control testing, we can guarantee performance and safety in every high-power cable we deliver.
This process is already in use for several customers—and we’re ready to scale it for new projects that demand the same level of reliability.
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