Health Sciences

Analytical technologies support molecular biology, biomarker analysis, and translational research across health science applications.

Advanced platforms enable omics investigation, biomarker exploration, and high-content analysis with reliable and reproducible results.

Instrument-based workflows support pharmaceutical research with the analytical performance needed for complex testing and development environments.

Integrated technologies support drug development through characterization, testing, and data generation across research and analytical stages.

Specialized systems support the analysis of biomaterials and medical devices through imaging, characterization, and performance evaluation workflows.

Sensitive analytical workflows support the detection of impurities, including nitrosamines, helping laboratories strengthen product quality, compliance, and patient safety.

Advanced analytical systems enable the identification and quantification of elemental impurities such as heavy metals across regulated pharmaceutical testing environments.

Reliable residual solvent analysis supports safer formulations, process control, and more consistent product quality throughout development and quality assurance workflows.

Accurate raw material identification helps verify incoming substances with confidence, supporting traceability, compliance, and manufacturing reliability from the start.

Thermal stability testing provides critical insight into formulation behavior, helping teams assess product robustness, storage conditions, and long-term performance.

Dedicated analytical tools support the study of protein–protein interactions, enabling deeper understanding of binding behavior and therapeutic relevance.

Comprehensive characterization workflows support the evaluation of protein therapeutics, helping ensure analytical confidence, quality consistency, and development readiness.

Bioproduction solutions support biologics development and scalable workflows, from process optimisation to more reliable production environments.

Sensitive analytical workflows support forensic toxicology research with the accuracy and reliability required for substance detection, interpretation, and evidence-based evaluation.

Advanced testing solutions support doping control applications with the sensitivity, reproducibility, and analytical confidence needed for demanding research and screening environments.

Reliable analytical systems support alcohol-in-blood testing with the precision and consistency required for forensic and toxicological investigation.

Targeted workflows support the detection and analysis of controlled substances, helping laboratories generate dependable results across complex sample types.

Robust analytical platforms support cannabinoid analysis in forensic and toxicological research, enabling reliable testing and confident interpretation.

Dedicated technologies support human identification workflows through accurate analysis and dependable data generation for forensic research applications.

High-sensitivity systems support the detection and examination of trace evidence, helping laboratories strengthen analytical confidence and investigative depth.

Imaging and spectroscopy-based tools support suspicious document analysis, enabling closer examination of authenticity, alterations, and forensic indicators.