Backscatter detection mode in Scanning Electron Microscopy (SEM) is a great way to distinguish between features with different compositions at a micro and nano scale. See application note below for more information.
https://t.co/ehd0vAnDSL
We provide business and technical consulting to clients worldwide, backed by broad expertise in materials and device testing, microtechnology, and nanotechnology. Whether you need in‑depth guidance, strategic support, or simply a trusted second opinion, we deliver.
Ebatco has developed a suite of nano‑focused products and services designed to accelerate your nanotechnology initiatives. From the macro to the micro to the nanoscale, we help you bridge the gap between concept and real‑world application. https://t.co/5VQXBjNn1m
From mechanical performance testing to chemical identification and surface and interface analysis, we supply the clarity needed to solve complex challenges and accelerate innovation.
Reliable measurements. Expert interpretation. Proven results.
Using low‑vacuum mode, non‑conductive samples can be analyzed without conductive coating. This enables high‑resolution morphological imaging of untreated biological specimens. See our application note for more information.
By integrating macro‑scale performance data with micro‑ and nano‑scale characterization, we help clients translate scientific insights into functional, real‑world applications.
https://t.co/5VQXBjNn1m
Chemical. Mechanical. Metallurgical. Physical. Surface. Thermal. Tribological.
Ebatco covers them all — with the expertise and instrumentation to support your toughest testing needs.
Boost Your Innovation with Nanotechnology
Ebatco helps your business level up by turning nano‑scale science into real‑world solutions.
We tackle your day‑to‑day challenges with practical nanotechnology applications that drive performance and progress.
https://t.co/5VQXBjNn1m
We are the Dependable Testing Lab You Want
For the Expert Solutions You Need
Ebatco delivers high precision materials characterization and advanced surface and mechanical analysis across nano, micro, and macro scales.
With capabilities spanning nanoindentation, scratch and wear testing, thermal and rheological analysis, SEM/EDS, FTIR/Raman spectroscopy, and ICP OES elemental quantification, we provide the data integrity, methodological rigor, and technical insight required for decision making