Modern food testing rarely involves clean, ideal samples. As matrices become fattier, darker, and more chemically complex, analytical workflows are pushed beyond their limits, exposing weaknesses that compromise confidence in results. Laboratories too often contend with false positives, false negatives, repeat runs, and downtime caused by methods that aren’t optimized for real-world conditions.
In this Teach Me in 10, Phil Taylor, Marketing Lead of Food and Environmental at PerkinElmer, explores what ruggedness truly means and how rugged workflows maintain stability, sensitivity, and consistency across challenging samples and long analytical runs.
Watch this episode to discover:
- Why non-rugged methods fail in high-matrix food testing
- How rugged workflow design protects data quality over time
- Practical examples that reduce intervention while improving reliability
- PerkinElmer QSight LC-MS/MS Technology. Learn more about the unique rugged architecture of the QSight LC-MS/MS.
- PerkinElmer NexION ICP-MS Technology. Learn more about PerkinElmer ICP-MS technology.
- Food Testing Application Note Bundle. A hub of 11 curated application notes that demonstrate rugged performance.