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Applications

Nanomaterials, additive manufacturing, product quality, process development and cleanliness

Advanced Manufacturing

Cellular and neuronal imaging & visualisation, spectroscopy and elemental characterisation, BioMEMS, developmental biology

Bio Imaging & Life Science

Additives, paint and pigment analysis, chemical process optimisation, coatings, petrochemicals, catalysts

Chemical & Catalysis

Battery research, nuclear materials, solar cells, wind turbines, clean coal

Energy Generation & Storage

Properties and structure of steel, aluminium, superalloys, ceramics

Metals, Alloys, Composites & Ceramics

Physical sciences imaging, optical spectroscopy, cryostats, LED and laser fabrication

Photonics

Quantum computing, quantum sensors, quantum dots, nanowires, cold atom imaging

Quantum Technology

Device fabrication, failure analysis and process control

Semiconductors, Microelectronics and Data Storage

Accurately characterise additive manufacturing processes including precursor materials & finished goods

Additive Manufacturing

Analysis of battery materials and fuel cells

Battery Technology

Deposition and etch solutions for fabrication of BioMEMS devices

BioMEMS Fabrication

Chemical and structural understanding of catalytic material

Characterisation of Catalyst Material

Understand the fundamental properties of your 3D, 2D and 1D materials, from chemistry to electron transport

Characterisation of Low Dimensional Structures

Plasma assisted etch and deposition solutions for the fabrication of devices in a wide range of material systems

Fabrication

Processes for fabricating high-quality devices and sensitive spectrometers for characterising them

Fabrication and Characterisation of Light Emitting Devices

From sample preparation through electrical characterisation to physical analysis

Failure Analysis

Fluorescence Microscopy

Identification, characterisation and classification of the particles and impurities that undermine your process

Inspection and Process Control

Understanding the chemistry and structure of materials is key to understanding their behaviour

Material Composition and Structure

The true test of a material is how it behaves under the conditions that it will be exposed to during its lifetime

Mechanical and Electrical Properties

Modular and flexible spectroscopy system for any experiment

Modular Optical Spectroscopy

Growth and Characterisation of 2D materials, quantum dots and nanowire-based materials

Nanomaterial Growth and Characterisation

Our diverse range of imaging systems are the solution for any application

Optical Imaging Systems

Solutions from cooling qubits to detecting single photons

Quantum Information Processing

Understand the underlying behaviour that governs propagation of electrons in any material system

Quantum Transport Measurement

Manufacture of thin film PV devices and improvement of conventional PV devices

Solar and PV Technology

Electrical, compositional and structural characterisation of solar cell materials

Solar Cell Electrical and Structural Characterisation