PCBs for testing and inspection systems
Testing and inspection systems safeguard the quality and function of electronic systems in various industrial applications. They record measured values, test assemblies and evaluate electrical properties under defined conditions.
Schaltungsdruck Storz manufactures printed circuit boards for testing and inspection applications where reproducible results and stable electrical properties are decisive. Production takes place from initial samples through to series production under consistent conditions.
The challenge
In testing and inspection systems, the printed circuit board directly influences the accuracy and stability of the measurement results. Even slight deviations in geometry, material or layer stack-up can distort measured values or lead to unstable results.
Many test systems are used over the long term and require consistent quality throughout the entire lifecycle. Printed circuit boards must therefore be reproducibly manufactured under identical conditions. This reproducibility is the basis for long-term stability and therefore an essential component of sustainable electronic systems.
Typical requirements
- Tight tolerances in structure and geometry
- Consistent electrical properties across all series
- Reproducible production conditions
- Reliable contacting and stable surface finishes
- Documented processes and complete traceability
- Long-term availability of identical specifications
- Transferability of samples into series production
Our experience in this field of application
We manufacture printed circuit boards for testing and inspection systems with a clear focus on precision and repeat accuracy.
Incoming data is assessed for production feasibility, and key parameters such as material, layer stack-up and tolerances are coordinated. The aim is a printed circuit board whose properties remain consistent from sample to series production.
Defined processes, controlled production conditions and transparent documentation ensure that printed circuit boards can be reliably reproduced and that testing processes remain stable.
