Plasma Science – Custom Solutions

CEPLANT R&D centre for plasma and nanotechnology surface modifications

CEPLANT is a leading European R&D hub for plasma surface engineering and nanotechnology. We are Large Research Infrastructure operating in open access regime.

We provide fully integrated research outsourcing, from feasibility analysis and custom experiment design to hands-on training, live diagnostics, and post-run economic or regulatory guidance.

Multidisciplinary teams of experienced scientists bridge fundamental insight with industrial deployment, granting open access to state-of-the-art instruments and plasma solutions tailored to your objectives.

Design and implementation of innovative technologies

Our specialty is basic and applied plasma physics, nanomaterials and surface characterization.

Expert Research Solutions Tailored for Your Needs

Accelerate your research with our cutting-edge expertise and services. We offer our services via open access.

Discuss Your Project - Start Your Collaboration Now

Our satisfied customers worlwide are testament of the quality and agile response of our work.

CURRENT NEWS

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12 Aug

How does methane influence the properties of Cu-doped carbon coatings?

Dr. Štěpánka Kelarová presented research on PECVD-deposited Cu-doped carbon coatings at the NN2026 conference in Thessaloniki, Greece. The study demonstrated how methane admixture and precursor temperature influence the surface chemistry, morphology, and mechanical properties of the coatings, highlighting their potential for future antibacterial and biomedical applications.

10 Aug

Matej Fekete Investigated Oxidation and Thermal Stability of TiAlON Coatings at RWTH Aachen University

Dr. Matej Fekete completed a research secondment at RWTH Aachen University, where he focused on the characterization of oxidized TiAlON coatings and their comparison with other advanced coating systems. The work also evaluated the thermal stability of coatings with varying aluminium content, providing insights relevant to high-temperature applications.

6 Aug

New Opportunities for Biomedicine Through Plasma Modification of Nanofibers

Dr. Richard Krumpolec's research stay at Kiel University advanced collaboration in plasma diagnostics and surface modification technologies. Using a novel DCSBD linear jet, researchers successfully enhanced the hydrophilicity of heat-sensitive polymer nanofibers without thermal damage, paving the way for future biomedical applications.