Inaccurate measurement results can quickly lead to quality issues, production delays, and increased costs in the automotive industry. Even the smallest deviations can affect component quality, process stability, and rework rates. Reliable measurement technology is therefore essential to maintain consistent quality, optimize production efficiency, and ensure stable manufacturing processes.
Surface scanners and inline measurement systems for monitoring oil content, turbidity, and contamination are widely used throughout the automotive industry. Multiple system variants are available to suit different production processes and media. After analyzing your application and production requirements, we recommend the most suitable measurement solution and configure it precisely to meet your manufacturing process.
PROJECT PROCESS
Together, we analyze your process, the medium and the specific measurement task. We assess existing systems, installation points and limit values, then recommend the most suitable measurement principle to provide reliable data for day-to-day process control.
Based on the analysis, we configure your measurement system to match your exact requirements. We select the appropriate probes, materials, process connections and evaluation unit, ensuring that the measuring range, interfaces and scaling fit your system precisely, both today and in the future.
Upon request, our technicians support on-site installation and commissioning. We integrate the measurement system into your control environment, verify process signals and train your staff in proper operation and maintenance.
At a Bavarian power plant, our measurement systems monitor water for oil residues, increasing plant safety and sustainably reducing operating costs during continuous day-to-day operation.
Benefit from more than 40 years of experience, field-proven measurement technology and personal consultation. Together, we will find the right solution for your application. Visit our contact page and tell us about your project to receive a non-binding quotation.
