Abstract representation of nanofluidic UV-Vis spectroscopy

nanofluidic-uv-vis-spectroscopy

How shrinking sample volumes to the nanoscale is extending UV-Vis spectroscopy into ultra-low-volume analytical workflows

The Rise of Nanofluidic UV-Vis Spectroscopy

Articles

Electrical signals illustrating power quality issues in a lab

istock-2219985709-nxt-power-custom

Separation Science

NXT Power

Identify the limitations of standard surge protection and learn why isolation transformers reduce facility-generated electrical noise.

How Laboratory UPS Systems Protect Instrument Uptime

Scientist working in a laboratory focused on capillary electrophoresis techniques

capillary-electrophoresis

Discover the foundational principles of capillary electrophoresis and learn why this high-efficiency technique is a crucial counterpart to traditional chromatography.

Efficiency, Mobility, and Complementary Separations with Capillary Electrophoresis

Optical microscope used for chromatography analysis

optical-microscopy-techniques

Learn how optical microscopy and SEM can diagnose column voids, frit plugging, particle damage, and HPLC column degradation to improve column troubleshooting.

Using Microscopy for Advanced Column Troubleshooting

Abstract representation of molecular interactions for single-molecule tracking

single-molecule-spectroscopy

By bypassing the ensemble average, single-molecule detection is providing new insights into mass transfer, peak tailing, and stationary phase interactions.

Single-Molecule Spectroscopy Opens a New Window into Chromatographic Processes

A patten of lights and colors, representing emerging spectroscopy technologies

emerging-spectroscopy-technologies

Single-molecule spectroscopy, quantum-enhanced measurements, and integrated photonic instruments are moving from research laboratories toward real analytical applications. This is why these technologies could shape the future of spectroscopy.

3 Emerging Spectroscopy Technologies Shaping the Future of Analytical Science

Close-up of semiconductor fabrication process in a cleanroom

real-time-amc-monitoring

Real-time AMC monitoring enhances fabs&#39; ability to tackle chemical contamination, reducing yield loss with faster insights.

Real-Time AMC Monitoring Helps Semiconductor Fabs Catch Contamination Before Yield Loss

Conceptual image of agentic AI in a laboratory with digital elements.

agentic-ai-in-sample-management

Agentic AI in sample management connects digital and physical labs, enhancing efficiency in lab automation and workflows.

Driving the Future of Sample and Compound Management in the Age of AI

A technician in a full cleanroom suit works at a distant station in a sterile laboratory, with a complex stainless steel apparatus featuring intricate blue and grey tubing, a control panel, and a single-use fluid bag in the foreground.

fluid-paths-rapid-buffer-deployment-bioprocessing

Standardized fluid paths, pre-configured manifolds, and sterile connector libraries are transforming how biomanufacturing facilities deploy buffers at speed and scale.

Standardizing Fluid Paths for Rapid Buffer Deployment

A microfluidic chip for lipid nanoparticle formulation showing lipid and aqueous streams meeting at a herringbone mixing junction, with a dynamic light scattering size distribution trace visible in the background.

lnp-formulation-single-use-mixer

Single-use mixing is the enabling technology for consistent LNP formation. Here is what the separation science behind particle self-assembly requires.

Single-Use Mixers in Formulating Lipid Nanoparticles (LNPs)

Scanning electron microscope image of hollow fiber membrane cross-section showing asymmetric pore structure with tight lumen surface skin layer and progressively larger pores toward the outer shell.

atf-membrane-design

The hollow fiber membrane is the heart of ATF filtration. Here is the engineering that determines whether it holds up at high cell density.

ATF Filtration Mechanics: Membrane Design for High-Density Continuous Cell Culture

A complex, multi-column filtration and purification system with extensive tubing and dual touch screens stands prominently in a sterile pharmaceutical production facility, with two technicians in cleanroom suits working at a distance.

contamination-control-closed-continuous-bioprocessing

Maintaining sterile integrity across 30-day continuous runs requires more than good aseptic technique: it demands engineered closed-system architecture from connector to sensor.