This knowledge hub brings together technical articles, insights and practical guidance related to measurement, instrumentation and calibration in regulated production environments.
The content is organised by measurement type, allowing you to explore topics such as conductivity, flow, pressure and batch — as well as general calibration principles.
For most, calibration is a necessary evil and a recurring cost - a piece of paper you need to have on your equipment that documents and supports customer requirements, regulatory obligations, internal standards, quality systems, and periodic maintenance. But is that really all calibration is?
Conductivity sensors can be calibrated either using standard solutions or by comparing with reference instruments. Each method has its challenges, from temperature effects to process disruption. Understanding these approaches helps ensure accurate, reliable, and cost-effective calibrations.
Getting accurate conductivity measurements isn’t always easy. From temperature effects to electrode fouling and poor calibration practices, several factors can affect reliability. Learn the key challenges and how to avoid them for precise, consistent results.
Understand why flowmeters drift and how calibration ensures accuracy, compliance, and consistent quality. Learn about laboratory vs in line calibration.
Learn about common flow calibration challenges, including production downtime, long turnaround times, and risks related to handling, transport, and contamination.
A real-world example demonstrating how LEO Pharma improved efficiency, reliability, and compliance using Insacal Flow. The case highlights practical implementation, benefits achievied, and insights from high-colume pharmaceutical production.
In regulated industries such as pharmaceutical and food production, calibration is closely linked to compliance, documentation, and traceability. This article explains how calibration strategies support traceability, documentation, and confidence in measurement results.
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