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Raman-LAB

At Raman-LAB, you can quickly gain clarity about your materials’ chemical composition, quality and variation, without extensive sample preparation. We identify substances, map samples and determine why a material, surface or process is not performing as expected.

Start the collaboration today

Chemical material analysis with Raman spectroscopy

At Raman-LAB, we investigate your materials' chemical composition and variation at microscopic scale. With laser-based measurements, we identify unknown substances, compare raw materials and products, detect contamination or degradation and map where different components are situated in a sample. This optical method is gentle and needs only minimal sample preparation.

We clarify your problem together with you, plan the right measurements and interpret the results. You get spectra, microscopic maps and an expert assessment you can use for product development, quality control, troubleshooting or a broader research and development collaboration.

Laboratory Manager

Jonas Beermann Kristiansen 
Associate Professor 
SDU Nano Optics 
Mads Clausen Institute (MCI)

Contact and book here


What the laboratory can help with

  • When an unknown particle, coating or residue needs to be identified, Raman spectroscopy can provide a characteristic chemical fingerprint. We compare signals from different areas of the sample and assess which materials or molecular compounds are present.

    The results can support troubleshooting, documentation and the choice of further analyses, including supplementary chemical or structural investigations.

  • Small local differences can have a major impact on product performance. Using Raman microscopy, we combine optical imaging with chemical measurements to create maps of the sample composition.

    This allows us to locate contaminants, different material phases or unevenly distributed components and relate these variations to the manufacturing process or the structure of the material.

  • Heat, light, wear, chemical exposure or storage can alter a material. We compare reference and problem samples and examine differences in their Raman spectra. The analysis can reveal degradation, reactions or structural changes and provide a sound basis for adjusting material choices, process conditions or durability tests. 

    You receive documented evidence beyond a visual comparison alone.

  • When a substance is present in small amounts, its signal may be too weak for a conventional Raman measurement. We assess whether specially designed metal surfaces can enhance the signal and make the substance easier to detect. This is called surface-enhanced Raman scattering, or SERS.

    We examine the sample, select a suitable surface and assess whether the method can reach the detection limit you need.

Illustration of a glowing light bulb, Nordic Humanities Center

FAQ

  • Contact laboratory manager Jonas Beermann Kristiansen. Briefly describe the sample, the problem and the desired outcome. We then agree on the right method, scope, schedule and level of support together.

    Contact and book here

     

  • The facility is located at SDU, Campusvej 55, DK 5230 Odense M, room Ø26-510-1. You arrange visits and access with us in advance.

  • We agree on price and terms based on your specific project, including sample type, measurement time, need for method development, data analysis and expert advice. We clarify confidentiality and intellectual property rights before we start.

  • You use the laboratory by prior agreement and with a relevant introduction. An experienced user normally carries out measurements with you or for you. You must follow all safety rules, and you may only use the laser equipment after specific training. We agree access times and support for each project.

  • It depends on the sample's material, shape, size and your desired outcome. Send a short description and, if possible, photographs or existing analysis data. Then we assess whether the facility suits your task and how best to prepare the sample.

Want to know more?

Laboratory Manager

Jonas Beermann Kristiansen 
Associate Professor 
SDU Nano Optics 
Mads Clausen Institute (MCI)

Contact and book here

Collaborate with SDU

Perhaps you know what you are looking for. Or maybe you are unsure about the possibilities or just curious? 

No matter where you start, we will help you move forward - for example, by finding the right researcher, department, or entry point into SDU. We also provide guidance on legal matters, finances, and the practical framework for collaboration.

Contact us here