What is infrared spectroscopy? Explained simply by kids.

Deciphering Complex NMR Signals: Bring Light into the Darkness of Complex NMR Signals

PET Insert for Simultaneous PET/MRI | Hardware Workflow

What is metals analysis by spark-OES, and how does it work?

How to Analyze All Layers of a Multilayer Textile | FT‑IR Microscopy | LUMOS II

Introducing OPUS TOUCH 7 — What's New & What's Changed

Vacuum FTIR Myths… Busted! Why Your Samples Aren’t in Danger

TITAN Handheld XRF: Power Over the Elements

4-Mouse Dynamic PET Touchscreen Workflow With the PET/CT Si78

Demonstrating Microplastics Analysis by IR Laser Imaging and ParticlePlus

Process Research and Online NMR | Automated Workflows for Faster, More Reliable Process Development

Setting up the Product Workflow | OPUS TOUCH Tutorial | Getting Started #23

Sample Preparation for Spark-OES | Prepare it Right, Test With Confidence

From Crude to Petrochemical Product – Enhancing Quality Control with Smarter XRF Solutions

Automated Parallel Library Synthesis and Reaction Screening with Online Benchtop NMR

A Look Inside Real-World NMR Workflows With the Fourier 80!

Particulate Matter in Pharmaceutical Tablets | FT-IR Microscopy | Defect and Root Cause Analysis

Robust Sample Preparation for Everyday NMR & LC/MS Workflows

Precision Sample Prep for High-Field NMR Analysis Post: Everyday Chemical Development & QC

Episode 11: A Smile Makes All the Difference (English Subs Available)

Preparing an Electrochemical Cell for Operando NMR

AVANCE NEO-X: Honoring Legacy, Embracing the Future

Active Directory | OPUS TOUCH Tutorial | Getting Started #31

Setting up OVPx | OPUS TOUCH Tutorial | Getting Started #30

Creating QuickCompare Methods | OPUS TOUCH Tutorial | Getting Started #29

The Preclinical Lab at the Maria Skłodowska-Curie National Research Institute of Oncology

Creating Quant 1 Methods | OPUS TOUCH Tutorial | Getting Started #28

APEX – The More You Know | Ep. 6 – Integrate Your Data with Ashley the Apps Scientist

Interface Characterization | FT-IR & IR Laser Imaging | HYPERION II

Bruker: Innovation with Integrity | Where Answers Begin

Bruker Customer Portal: One Portal. Total Insight.

Conversations on AFM #6: The Role of Mechanical Forces in Health and Disease

Clear Cell Renal Cell Carcinoma classified by IR Spectral Pathology | Cancer Detection

Papillary Renal Cell Carcinoma classified by IR Spectral Pathology | Cancer Detection

Collagen Detection in Hamster Skin Tissue by IR Laser Imaging | Cosmetic Research

Smarter Chemistry: AI and Automation in Drug Discovery

Conversations on AFM #5: Nanoscale Chemical Analysis with AFM-IR

Microplastics in Brandy, Whiskey, and other beverages | FT-IR Microscopy | Food Applications LUMOS

MATRIX II-MG Series: Simplicity meets High-performance | FT-IR Gas Analysis

Raman Scheduler™ for Raman Microscopy and Imaging Nanophoton

Automated Lab: Automating Chemistry with Intelligence

Benchtop NMR: Interview with Jean-François Ayme, University of Liverpool, UK

Conversations on AFM #4: Automation of SPM with AI

Making XRF Easy: Smarter Tools for Better Results in Industry & Development

APEX - The More You Know | Ep. 5 – Build the Perfect Strategy with Ashley the Apps Scientist

Flame Retardant Additives in Plastics | Raman Microscopy | RAMANtouch

Accelerating Discovery: Automation Meets Benchtop NMR

Conversations on AFM #3: Insights of a Scientist, NanoMechanics in Living Cells

A Guide to FT-IR-based Gas Analysis | FT-IR Gas Analysis | OMEGA 5 & MATRIX II-MG Series

Advancing Reaction Monitoring: Insights from the University of Liverpool

PHOTON IV - Bruker's most advanced detector for single crystal X-ray diffraction (SC-XRD)

Conversations on AFM #2: Applications of BioAFM in Life Science

The VERTEX NEO Ultra – Our Most Powerful Vacuum FT-IR Spectrometer Yet

Conversations on AFM #1: Interview with an AFM Pioneer

Coming Soon - Our Latest Vacuum FTIR Spectrometer

Full Automation Under Vacuum is on the Way

A New Gold Standard for FTIR Spectroscopy is Coming Soon

Pushing the Boundaries of Preclinical Research: Inside The Fralin Biomedical Research Institute, VTC

APEX - The More You Know | Ep. 4 – Explore Reciprocal Space with Ashley the Apps Scientist

Developing Raman Imaging Microscopes - The Story of Satoshi Kawata and Nanophoton