Life Science Research
Driving Research Forward
Solutions & Technologies
Manual & automated extraction workflows
Flexible solutions for consistent sample processing across research volumes and laboratory settings.
Purification with reproducible performance
Designed to support downstream applications with reliable yield, purity, and workflow efficiency.
Sensitive detection and quantification
Reliable amplification workflows for gene expression studies, target detection, and routine molecular analysis.
Optimized reagents and consumables
Integrated solutions supporting accuracy, consistency, and ease of use from setup to result.
Separation for nucleic acids and proteins
Practical electrophoresis systems supporting routine analysis with speed, convenience, and reproducibility.
Imaging and documentation workflows
Accurate visualization solutions for reliable band detection, recording, and interpretation.
Absolute quantification with high sensitivity
Enables precise detection of low-abundance targets and subtle molecular differences.
Advanced analysis for demanding workflows
Supports research applications where robustness, reproducibility, and analytical confidence are essential.
Capillary Electrophoresis (CE)
Reliable Sanger sequencing and fragment analysis for clear, targeted results and validated workflows.
Next-Generation Sequencing (NGS)
Flexible platforms for scalable, cost-effective genomic insights across a broad range of research needs.
Single cell and spatial analysis
Tools for exploring cellular heterogeneity, tissue organization, and molecular context with greater precision.
Applications across key research areas
Supports advanced discovery workflows in complex biological systems and translational research settings.
From construct design to editing workflows
Integrated solutions supporting efficient development, modification, and analysis of genetic material.
Tools for precise functional studies
Designed to enable targeted investigation of gene function across diverse research applications.
3D culture and organoid workflows
Supports more representative in vitro models for advanced biological and translational research.
Closer-to-physiology experimental systems
Enables improved study of cellular behavior, interactions, and complex tissue-like structures.
Cell analysis with speed and precision
Supports identification, quantification, and characterization of complex cell populations.
Counting, sorting, and multiparametric workflows
Flexible solutions for routine and advanced applications across life science research.
High-resolution cellular visualization
Supports detailed observation of morphology, localization, and dynamic biological processes.
Reliable imaging for reproducible analysis
Designed to strengthen consistency and confidence across imaging-based research workflows.
End-to-end protein detection workflows
Integrated tools for transfer, detection, and analysis with dependable performance.
Sensitive and reproducible results
Supports consistent protein characterization in routine and demanding laboratory applications.
Validated antibodies for diverse applications
Supports reliable targeting and detection across a broad range of research techniques.
Coverage for protein and cell analysis workflows
Designed to strengthen specificity, consistency, and confidence in experimental results.
Quantitative biomarker detection
Supports accurate measurement workflows for proteins, cytokines, and other biological targets.
Precision for dependable analysis
Designed for reproducibility and analytical confidence in routine and advanced research settings.
