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MAXESS Industry arena is becoming
BEAMS for Industry

BEAMS for Industry connects companies with world-leading large-scale research infrastructures, enabling innovation, advanced development, and industrial breakthroughs.

Bio-based materials and polymers

Can neutron studies lead to smarter, more durable coatings?

Gipeco
Using neutron reflectometry at the Institute Laue Langevin (ILL) in Grenoble, researchers from Gipeco AB and RISE Research Institutes of Sweden explored how protective coatings form and change as they dry. The study revealed how different ingredients influence the final coating structure, providing insights that can support the development of more durable, easy-to-clean and dirt-repellent surfaces. Protective coatings are found everywhere, from painted walls and […]
LSRI-initiative at RISE
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Food and Agriculture

Using advanced X-ray imaging to improve plant-based meat alternatives

RISE offer within large scale research infrastructures, Exciscope, SoftiMAX, 4D Imaging Lab, ForMAX
Bio-based materials and polymers

How can advanced X-ray microscopy improve bio-based graphene?

LSRI-initiative at RISE, RISE offer within large scale research infrastructures, MAXPEEM
Bio-based materials and polymers

Seeing inside graphene biocomposites with advanced X-ray techniques

RISE offer within large scale research infrastructures, ESRF Business Development Office
Industrial production and Manufacturing

Can we see wear before it becomes a problem?

LSRI-initiative at RISE, Swedish Material Science Beamline P21, NanoMAX, Center for X-rays in Swedish Materials Science (CeXS)
Dictionary

BioSAXS

Available at MAX IV Laboratory and DESY

Biological Small-Angle X-ray Scattering

Biological Small-Angle X-ray Scattering (BioSAXS) characterises the size, shape, conformation, and interactions of proteins, nucleic acids, and other biomolecules directly in solution — no crystals required. It captures the native solution-state behaviour of macromolecules, including conformational flexibility, oligomeric states, and structural ...

Fragment Screening

Available at MAX IV Laboratory

Fragment Screening

Fragment Screening uses high-throughput X-ray crystallography to systematically test libraries of small chemical compounds against a protein target, identifying which fragments bind and exactly where they attach. The atomic-resolution structural data reveal binding modes and interactions that guide the design of larger, more potent molecules, ...

PXRD

Available at MAX IV Laboratory and DESY

Powder X-ray Diffraction

Powder X-ray Diffraction (PXRD) is the form of XRD applied to powders and polycrystalline samples, where many small crystallites contribute simultaneously to the diffraction pattern. It is the standard technique for phase identification, quantitative phase analysis, crystallite-size and strain estimation, and detection of impurities or polymorphs. ...

XRD

Available at MAX IV Laboratory and DESY

X-ray Diffraction

X-ray Diffraction (XRD) is the X-ray-based branch of the Diffraction family, used to determine crystalline structure by analysing how X-rays scatter from ordered arrangements of atoms in a sample. It identifies crystalline phases, measures unit-cell dimensions, detects structural distortions, quantifies phase mixtures, and reveals texture and ...

XRF

Available at MAX IV Laboratory and DESY

X-ray Fluorescence Spectroscopy

X-ray Fluorescence Spectroscopy (XRF) determines the elemental composition of materials by detecting the characteristic fluorescent X-rays each element emits when excited by an incoming X-ray beam. Synchrotron-based XRF achieves high sensitivity and, when combined with focused beams, can map elemental distributions across surfaces and within thin ...

Find partner
Laboratory & Lab instruments

4D Imaging Lab

Lund University
Lund

Offer / Action

Contact us for use of the X-ray Tomograph to scan objects up to 300mm and 15kg in time-resolved experiments, three dimensional reconstruction, visualisation and data quantification.

Description

The 4D imaging lab is a new facility for 3D and 4D (time-resolved) imaging of internal structures of bulk materials and objects. The facility is centred around a high resolution laboratory 3D x-ray microscope (tomograph)
Consultation & CRO

Finden Ltd

Private
Harwell, Oxfordshire, UK

Offer / Action

Finden works directly with clients on short commissioned projects and is also actively engaged in long-term research collaborations with clients and partners worldwide to provide high-level insights into complex chemical and material systems. We are adept in a range of conventional laboratory based [...]

Description

Finden work closely with our clients to apply both conventional and advanced characterisation and analysis methods to fast track solutions for manufacturing and R+D problems.