Our expertise in physics, chemistry and materials science underpins everything we do.

Fundamental principles

Our knowledge of the structure and properties of different materials is used extensively in a variety of applications, from remotely monitoring tons of mining slurry to working with security inks on a molecular scale.

In particular, our fluidics and microfluidics expertise is crucial to many projects, from dispensing the perfect pint of beer to shaping the precise characteristics of sprays, foams and emulsions of all kinds. 

Key strengths



Micro-structural control in fluids
We understand the intricate behaviours of fluids and their interaction with physical surfaces, a vital factor in many of our beverage projects.
Structure-property relationships
Our knowledge of materials science ensures that all elements of a system’s design use the most appropriate materials.
Thermal properties
We’re particularly experienced in phase change materials and the handling of hot and cold fluids for beverage systems.

Tech, tools & facilities


Physical-science-labs
 

Physical science labs

A range of wet and dry labs which allow us to perform a wide range of physical science research and development. Specific equipment includes wet and dry benches, fume hoods, malvern mastersizer particle analysis system and UV-VIS spectrometer.

Facility_Agilent-GCMS
 

Agilent GC-MS

Our Agilent Gas Chromatography-Mass Spectrometer enables detection and chemical analysis of a wide range of organic substances down to parts-per-million levels or below. This highly specialised piece of analytical equipment allows us to determine the make-up of a very wide range of organic materials in solid, liquid or vapour form and investigate flavour and aroma chemistry.

Optics labs
 

Optics labs

Our suite optics labs enable us to build complex and high-precision optical layouts, typically for testing prototype designs and novel techniques prior to deployment. Featuring six high-spec optical benches with configurable interlocked controlled areas for high-power (class 4) laser work and specialist facilities for interferometry, spectroscopy, low-noise fluorescence imaging and photon counting. This space can be split into separate laser-controlled areas, allowing multiple experiments to run simultaneously, giving our optical engineers the capability to develop creative solutions without instrumentation restrictions.

Food & beverage lab
 

Food & beverage lab

Specifically set up to meet the unique requirements of developing food- and beverage-safe systems, our dedicated lab means we have the necessary procedures and equipment in place to design and test new products in-house. Quantitative and scientific testing is fundamental to our science-led innovation approach, but ultimately taste tests are always needed. This is our only lab where the consumption of food and drink is not just allowed but essential!

Case studies


 

Pizzicato fully digital radio transceiver

Enabling a new era in digital radio and IoT devices, through a dramatic reduction in radio size, cost and power consumption.

 

Wireless charging for implants

Near-field, inductively coupled design for deep tissue neuromodulation system.

 

Clearbridge BioMedics liquid biopsy enrichment

Second-generation liquid biopsy instrument for the automated enrichment of circulating tumour cells

 

Targeted dispensing

Eco-friendly spray technology

News & insights


Opinion

Skin health trends from CES

22nd January 2018

Reporting from CES: this year was definitely the year of ‘beauty tech’, with more and more ways for consumers to personalize their regimes and treatments for their needs.

  • Physical sciences
  • Sensing
  • User Experience (UX)
Opinion

The knead for physics

18th January 2018

The interaction between physics and food manufacturing is far from obvious. However, look a little closer and you’ll be struck by the range of physics disciplines used in the manufacturing of food...

  • Fluids & thermodynamics
  • Physical sciences
  • Sensing
Opinion

Wireless power transfer with metamaterials

27th October 2017

Metamaterials are artificially engineered materials that possess properties not found in nature

  • Physical sciences
Opinion

Carrying energy for the next generation

26th September 2017

For our electric cars and fleet vehicles we need a new energy storage medium

  • Electronics & ASICs
  • Mechanical engineering
  • Physical sciences

We can help you achieve the impossible