Interbattery

Interbattery

11-13 March 2026 at COEX, Seoul, Korea

Interbattery 2026

Visit Bruker at Interbattery 2026, booth D370 to find out more about our comprehensive range of analytical tools for battery development, research and manufacturing.

interbattery 2026 official website

Discover Cutting-Edge Analytical Solutions for the Battery Industry

Join Bruker at Interbattery 2026 in Korea, Seoul from March 11 to 13 to find out all about our comprehensive range of analytical tools for battery research and manufacturing.

Visit us at D370, where we’ll discuss how our technologies facilitate product innovation, helping researchers to discover more about their sample’s constitution and behavior and manufacturers to improve efficiency and consistency in their production process and their failure analysis.

Interbattery Show 2026 official website

The following technologies will be displayed:

AFM (Atomic Force Microscope)

AFM-IR (AFM-Infrared Spectroscopy)

Electron Microscope Analyzers (EDS, WDS, EBSD and Micro-XRF on SEM)

EPR (Electro Paramagnetic Resonance)

IR (Infrared Spectroscopy)

Micro-XRF (Micro X-Ray Fluorescence)

NMR (Nuclear Magnetic Resonance)

Stylus Profilometer

XRD (X-Ray Diffraction)

XRF (X-ray Fluorescence)

XRM (3D X-ray Microscopy)

Raman Spectroscopy

3D Optical Profiler

NanoIndenter

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And it will be possible to discuss about the different applications across the value chain:

Research & Development
Mining Monitoring
Raw Materials Inspection
Precursor and Active Material
Cell Components
Cell Manufacturing
Battery Recycling
Ex-situ, In-situ and Operando characterization

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What you can expect to see

D6-PHASER-HexCell-Reflection

D6 PHASER Battery Research

Operando X-ray diffraction plays a crucial role in advancing our understanding of energy storage systems by providing valuable insights into dynamic processes occurring within a battery cell. The D6 PHASER provides a complete, fully integrated solution to help in the pursuit of innovative solutions for next-generation energy storage technologies.

minispec

The Bruker minispec is a benchtop Time Domain NMR system ideal for solving molecular mobility problems in food, agriculture, textile, pharmaceutical, and other industries. With a large variety of configurations and accessories to choose from, we can help you find the minispec optimized for your application.

BEAM - Process FT-NIR Spectrometer

BEAM - Process FT-NIR Spectrometer

The BEAM is the first dedicated single-point spectrometer unleashing the full power of FT-NIR spectroscopy, taking in-process control to the next level.

D8 ADVANCE Family

The D8 ADVANCE Family is a fully extensible modular system addressing the analytical needs of powder, bulk and thin film samples, at ambient and non-ambient conditions.

SKYSCAN 2214 CMOS

Floor standing nano-XRM with high power source, advanced vibration isolation and multiple detectors providing highest versatility.

S2 PUMA Series 2

S2 PUMA

Multi-element analysis from Carbon (C) to Americium (Am) for a wide range of applications in at-line quality control or in central labs. With its unique HighSense detectors the S2 PUMA also masters advanced applications in R&D.

S8 TIGER advanced WDXRF spectrometer

S8 TIGER Series 3

The next generation WDXRF spectrometer. Built on experience, powered by innovation.

CS/ONH analyzers

CS/ONH-Analysis

Elemental analysis of CS and ONH in inorganic materials

M4 TORNADO micro-XRF spectrometer

M4 TORNADO

High-performance micro-XRF for small spot (<20 µm spot size) and multi-layer analysis (12 selectable) providing composition and element distribution maps (2D area scans)

EDS, WDS, EBSD, SEM Micro-XRF

Electron Microscope Analyzers

To extend your SEM/TEM analytical power, Bruker’s electron microscope analyzers EDS, WDS, EBSD and Micro-XRF on SEM offer the most comprehensive compositional and structural analysis of materials, including analytical software for advanced materials research, process development and failure analysis.

EDS, WDS, EBSD and Micro-XRF

Dimension-Nexus-Teaser-Image-BRUKER

Dimension Nexus AFM

Redefining the quintessential value AFM with highest performance in its class

NMR Instruments

NMR is an information rich, non-destructive analytical technique. It provides detailed information about molecular structure, dynamic processes and allows the direct observation of chemical reactions.

Dimension-iconIR-Teaser-BRUKER

Dimension IconIR

Flagship photothermal AFM-IR system, offering correlative imaging modes and 150 mm of sample access for ultimate versatility in materials research and industrial R&D

Hysitron TI 990 Web Teaser-BRUKER

Hysitron TI 990 TriboIndenter

The world's most comprehensive and highest performance nanomechanical test system

ContourX-200 3D Optical Profilometer

ContourX-200

Flexible optical profilometer with X/Y/Z automation, stitching, and advanced find surface

EPR Instruments

Bruker's high-performance portfolio of EPR instruments offers a non-destructive analytical technique for the direct detection of paramagnetic species. Free radicals and transition metal ions can be identified and quantified in solids, liquids, gases, cells, and in vivo. Structural insights from the chemical structure to intermolecular interactions are obtained from both CW and Pulse EPR techniques.

Dektak Pro Stylus Profilometer

Dektak Pro

The world's most advanced stylus profiler with unmatched ease-of-use and accuracy

MATRIX-F II - Process FT-NIR Spectrometer

MATRIX-F II - Process FT-NIR Spectrometer

Process FT-NIR spectrometer for the online measurement in reactors and pipelines, for a better understanding and control of your process.

Fourier 80

Building on decades of experience creating top-quality NMR instruments, Bruker has reimagined high-performance NMR spectroscopy in a compact, cost-efficient form.

Battery Research

NMR & EPR Battery Research and Manufacturing Solutions

Stay at the forefront of battery research by leveraging the potential of magnetic resonance for innovative materials and cell designs.

LaserMAS-probe-solid-state-figure5

Specialty Solids Probes

Bruker offers a range of solutions for special solid state applications such as battery research, investigations of catalyst materials, or for NMR experiments at particularly high or low temperature.

EPR in material science

EPR in Material Science and Physics

Within the areas of physics and material science there are many topics of interest. EPR can be employed to investigate polymer synthesis and degradation, paint properties, testing the purity and stability of photovoltaics, semiconductors, batteries as well as carbon nanotubes. Furthermore, information can be gained about the coordination environment of transition metals, rare-earth and actinide ions.

new Tesla li-ion Batteries 4680 manufacturing, high energy cylindrical accumulators, Mass production line, power and energy for electric vehicles, advanced technology and innovation, 3d render

Analyzing electrode slurries to optimize cost of lithium-ion battery production using the Bruker minispec

Here we describe how the Bruker minispec Time Domain NMR (TD-NMR) spectrometer can measure critical physical properties of a slurry and allows manufacturers to optimize the coating process for lithium-ion batteries.

Discovery of small molecules that target RNA. NMR is the method of choice.

Advancements in Operando NMR Analysis of Lithium-Ion Batteries

Electrochemical processes in a Li|LiPF6|LFP cell have been explored applying novel solid-state NMR technologies. Industry, Academia, and Technology partners are joining efforts to demonstrate the high potential of this approach for use in the energy storage industry.

Battery Cell Manufacturing Process improvement: Advanced X-ray and Magnetic Resonance Solutions

Battery Cell Manufacturing Process improvement: Advanced X-ray and Magnetic Resonance Solutions

Optimizing the production of Lithium-Ion Batteries (LIBs) hinges on several critical factors. Material costs are a significant expense, and high product failure rates can lead to substantial scrappage and waste, thereby increasing development time and costs. Advanced X-ray and Magnetic Resonance Solutions can support your production process by reducing costly material waste (cathode, anode, and electrolyte), enhancing raw material characterization and quality control, and conducting failure analysis to understand the chemical and structural performance of failed components.

Discovery of small molecules that target RNA. NMR is the method of choice.

How to Boost Your Battery Production and Performance with NMR Technology

After an unprecedented rise of lithium-ion batteries, which have revolutionized all our lives, battery research and production has entered a new phase: the ambitious goal to ensure the safety and sustainability of batteries while boosting performance and scaling up their production.

Interview Dr. Verena Streitferdt

Dragonfly Interview Part 2

Collaborating for a sustainable future: Bruker and Dragonfly Energy advance battery technology