In this interview, Dr. Chanmin Su, Director of Technology for Bruker Nano Surfaces' AFM business, talks about how Bruker's philosophy of innovation applies to his part of the business, and tells ...

Atomic force microscopy (AFM) has evolved into an indispensable tool for nanoscale investigation, enabling detailed imaging and quantification of surface topography as well as mechanical properties.

insights from industry Alexander Dulebo Bio Sales Application Engineer Bruker Could you briefly share your background and how you came to focus on AFM technologies within the cosmetics industry? My ...

In government, academic, and industrial research and development laboratories, infrared (IR) spectroscopy is regarded as one of the most established analytical measurement methods for characterizing ...

In this interview, industry expert Louis Pacheco explores how advanced AFM techniques are transforming the characterization of solid-state polymer batteries, enabling researchers to optimize ...

In this article, the variable lipid content present in stratum corneum is visualized and compared at high spatial resolution using atomic force microscopy (AFM). Here, surface features are related to ...

The Bruker Thermal Analysis (VITA) enables nanoscale thermal analysis (nTA), which is a revolutionary technique that permits the estimation of local transition temperature at the material surface with ...

Bruker Nano Surfaces Divison is a leading provider of high-performance scientific instruments and solutions for molecular and materials research, as well as for industrial and applied analysis. We ...

Negative-stiffness vibration isolators can easily support the heavy weight of a combined AFM/micro-Raman system, and isolate it The need for precise vibration isolation with scanning probe microscopy ...

Polymers have been widely used in most fields of science and industry for various purposes due to their unique properties. Implementing polymer materials with different structures and functions (i.e., ...

Researchers used atomic force microscopy to quantitatively evaluate how acidic and sugary drinks affect human tooth enamel at the nanoscale level. This novel approach is useful for measuring ...