Join us for a two day conference in Copenhagen about AFM and nanoscale IR spectroscopy (AFM-IR, s-SNOM and O-PTIR).
The Bruker JPK NanoWizard 4 XP is a new, high resolution, large format biological AFM system
How to use low dose TEM to study beam-sensitive materials with reduced damage, using new electron counting camera technology.
How to use Optical Tweezers to manipulate and measure forces on particles and live cells with the Bruker JPK NanoTracker 2, including adhesion, intracellular studies and cell mechanics.
Achieve the highest lateral and vertical resolution with AcuityXR technology on Bruker’s Contour 3D optical microscopes. Break the optical diffraction limit, without compromising the other benefits of white light interferometry. For a limited time, we currently have a trade-in offer to help you benefit from the latest 3D optical microscope technology. Trade in your surface […]
How Bruker have accelerated AFM without compromising image quality – with examples of screening, dynamics and surveying an overview of your sample.
Cathodoluminescence (CL) is a technique for characterising composition, optical and electronic properties with data that correlates with morphology, micro-structure, composition and chemistry at the nanoscale.
Join Gatan for a webinar introducing cathodoluminescence imaging (CL) – the first of a series about the technique.
How to map current and conductivity at the nanoscale on fragile samples with AFM, without damaging them or contaminating the probe tip. Useful for lithium battery research, organic photovoltaics and carbon nanotubes.
Round-up of in-situ nanomechanical testing modes for SEM and TEM microscopes, including compression, tensile, bend, electrical characterisation, heating and more.