Oxford Instruments Materials Science published an application note demonstrating how combining nanoindentation mapping with EDS enables direct correlation between mechanical properties and composition, improving phase identification and simplifying data analysis.
Published
Signal category
Research & Knowledge
Quote
βThis application note demonstrates how combining nanoindentation mapping with EDS enables direct correlation between mechanical properties and compositionβ
β Oxford Instruments Materials Science team
Company
Oxford Instruments Materials Science
The full spectrum of materials analysis solutions.
- Industry
- Nanotechnology Research
- Location
- High Wycombe, GB
- Company size
- 4 employees
πππ‘ππ€π’π π©π€ ππππ€π§π ππ£π¨π©π§πͺπ’ππ£π©π¨ πππ©ππ§πππ‘π¨ πππππ£ππ At Oxford Instruments, we support materials scientists in shaping the future through advanced, high-performance tools that accelerate discovery and development. We recognise the importance of researchersβ time and are committed to optimising every moment spent creating more efficient, functional, and sustainable materials. Our comprehensive materials science portfolio includes electron microscopy detectors, Raman microscopes, scientific cameras, spectrometers, atomic force microscopes (AFM), NMR instruments, and nanoindentation systems. ππππ© π©π€ πππ₯πππ© π€π£ ππππ¨ πΎπππ£π£ππ‘: βΎ Product Focus - Explore our tools engineered for performance, accuracy, and reliability. βΎ Application Notes - Practical insights for applying our technologies across diverse materials. βΎ Solution Notes - See how we solve complex materials science challenges with tailored systems. βΎ Technical Articles - Deep dives into advances across characterisation and materials research. βΎ eBooks - In-depth resources to expand your expertise. βΎ Webinars - Expert-led discussions on emerging trends and innovations. βΎ Case Studies - Real-world examples of how our instruments accelerate scientific progress. βΎ Application Images - Visual snapshots of our technologies in action. These cutting-edge solutions are designed to support a wide range of applications, from metals and ceramics to polymers, coatings, 2D materials, biomaterials, additive manufacturing, and beyond. Oxford Instruments drives technological progress at every scale, and we are proud to support this community with instruments defined by precision, productivity, and expert support, helping turn ideas into impactful innovations.
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