Quality Control

Operator monitoring inline spectroscopy data on computer screens in a manufacturing facility
How Process Analytical Technology (PAT) is ending the era of "grab sampling" and empowering lab managers to control manufacturing in real-time.
| 4 min read
A scientist in a laboratory operates an X-ray diffraction (XRD) machine, analyzing a metal part. A monitor next to the instrument displays a graph labeled "Rietveld Refinement" and "Phase Identification," illustrating the technique for alloy characterization.
| 5 min read
Scientist using a desktop XRF analyzer to test food packaging materials like plastic and cardboard for trace metals in a laboratory.
| 5+ min read
A scientist in a pharmaceutical laboratory loads a sample into an X-ray diffractometer (XRD) instrument, with a diffractogram pattern displayed on a computer monitor, for solid-state analysis and quality control in drug development.
| 5+ min read
A hyper-realistic wide shot of a male scientist in a white lab coat and safety glasses standing next to a sleek, modern X-ray Diffraction (XRD) and Fluorescence (XRF) machine in a sterile laboratory. The scientist is looking at the machine's large integrated monitor, which displays colorful spectral peaks and a diffraction pattern graph. The background features cool blue and white lighting, stainless steel counters, and laboratory glassware, creating a high-tech, professional atmosphere.
| 5 min read
Advanced x-ray material characterization equipment analyzing a crystalline sample with visible diffraction beams and spectral data monitors in a modern quality assurance laboratory.
| 5+ min read
Purple adenovirus representation
| 1 min read
Veeva logo
| 1 min read
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CURRENT ISSUE - January/February 2026

How to Build Trust Into Every Lab Result

Applying the Six Cs Helps Labs Deliver Results Stakeholders Can Rely On

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