Biology and biotechnology research demands instruments capable of measuring molecular-level events at interfaces — how proteins adsorb onto surfaces, how cells attach to biomaterials, and how biological membranes respond to stimuli. NewRoad provides advanced characterization tools that give life science researchers quantitative, real-time insight into biological processes at the nano and micro scale, from early-stage research through applied biomedical development.
Raman Spectroscopy is a non-destructive analytical technique used to identify molecular composition, chemical structure, and material properties.
A label-free optical technique for real-time measurement of molecular binding kinetics and affinity at surfaces — widely used in drug discovery, biosensor development and protein interaction studies.
A highly sensitive optical technique that measures the emission of light by fluorescent molecules following excitation — providing chemical identification, quantification and dynamic information from UV to NIR wavelengths.
Circular Dichroism spectroscopy measures differential absorption of circularly polarized light to reveal the secondary structure, folding, and stability of chiral biomolecules such as proteins and nucleic acids.
KSV NIMA Langmuir trough systems enable precise control and characterization of molecular films at air-water interfaces and controlled deposition of organized mono- and multilayer films onto solid substrates.
A high-resolution imaging technique that transmits electrons through thin specimens to reveal internal nanoscale structure, crystal lattice and nanoparticle morphology — in compact benchtop formats accessible to any laboratory.
