Scientific Material Processing
Precision laser processing for R&D applications — surface microstructuring, material modification, and nanoparticle synthesis.
We work with research groups and institutions to develop and execute custom laser processing workflows.
What we offer
Colloidal nanoparticle production by pulsed laser ablation in liquid — ligand-free, high-purity dispersions in water or organic solvents.
Controlled surface modification at micron and sub-micron scale — texturing, ablation patterns, and periodic surface structures (LIPSS).
Laser drilling, cutting, and scribing of research samples — thin films, wafers, foils, and specialty substrates.
Custom process development with academic and industrial partners. From feasibility studies to repeatable sample production.
Featured capability
Pulsed laser ablation in liquid (PLAL) is a top-down synthesis route that produces colloidal nanoparticles directly in solution — without chemical reducing agents or stabilisers. A pulsed laser ablates a solid target submerged in liquid, generating a plasma plume that quenches into nanoparticles dispersed in the surrounding solvent.
The result is a highly pure, ligand-free colloid suitable for biomedical, catalytic, photonic, and materials research where surface contamination from synthesis by-products must be minimised.
Process
Tell us your material targets, required size range, dispersion medium, and downstream characterisation needs.
We develop or adapt a laser processing protocol — wavelength, pulse duration, fluence, and repetition rate — to meet your specifications.
Samples produced under documented conditions. Repeat runs are reproducible using the retained parameter set.
Process parameters and available characterisation data provided. Ongoing collaboration for iterative studies.
Materials
Target material compatibility confirmed during feasibility discussion. Custom targets can be accommodated.
We are open to both short-term sample runs and longer-term research collaborations.
Pricing is project-based. Contact us to discuss scope and timeline.
Tell us about your research objective and we'll discuss what's possible.