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The Warwick Photoemission RTP comprises two complementary instruments for analysis of the composition and chemistry of surfaces.

The University of Warwick is a globally-recognised centre of excellence in polymer research, which is underpinned by the state-of-the-art Polymer Characterisation RTP. The RTP houses a world class size exclusion chromatography (SEC) suite, a wide range of thermal analysis equipment, particle sizing from nanometre to micrometre scales, materials analysis, such as rheology and mechanical testing,

The Spectroscopy RTP has enabled easier access to the facilities and tailored training for spectroscopic data that supports Warwick’s world class scientific research. The range of complementary techniques available at the RTP enables non-destructive investigation and characterisation of liquid, solid and gaseous samples. Services include Raman, photoluminescence and optical absorption spectroscopy, in addition to fluorescence

The Warwick Centre for Ultrafast Spectroscopy was established in 2017 and became an RTP in 2021. The use of cutting-edge ultrafast (femtosecond = 10-15 s) lasers allows for the observation of atomic and charge carrier motion. This is used to investigate novel materials and molecules from semiconductors to new sunscreen filters. The RTP houses an

The X-ray Diffraction (XRD) RTP has a wide range of x-ray technologies and expertise in data analysis. A dedicated team of three members of staff can help train you, provide access to state-of-the-art equipment or carry out experiments on your behalf. The RTP houses 5 powder diffractometers, 2 single-crystal diffractometers, 2 high-resolution diffractometers, a wavelength

The Electron Microscopy RTP is a central facility for the University of Warwick and is one of the leading centres in the UK. It contains a wide range of microscopes in a purpose-built suite, including: high resolution scanning electron microscopes (SEM); focused ion beam (FIB); several transmission electron microscopes, from simple imaging to atomic resolution;

X-ray Computed Tomography (CT) is an established 3D imaging technique, well knownfor its medical applications, that is becoming an increasingly valuable method for the nondestructive characterisation of micro structures, material samples and components across a broad range of industrial and cultural sectors. The CT scanning systems collect a large number of 2D radiographs, which with

X-ray photoelectron spectroscopy (XPS) is uniquely placed as a quantitative surface analysis technique which can provide elemental composition as well as the chemical and electronic state of the top ~10 nm of a solid material. Both conducting and insulating samples can be studied as the instruments are equipped with charge neutralisation. Wafers, solid samples and

Fusion 360 unifies design, engineering, electronics and manufacturing functions into a single software platform. Don’t let your 3D modelling tools limit your creativity and ability to quickly create multiple design iterations. Fusion 360 enables you to design effortlessly with flexible 3D CAD software.

Fusion 360 with PowerMill 2023 CAM software offers enhanced steep and shallow finishing, more intuitive machining setups, safer leads and links, faster processing and more.