X-ray micro-computed tomography (μCT) is a non-destructive technique for studying internal micro-structure in 3D – with sub-micron resolution.
In the food industry, you can investigate the relationship between structure and properties in product development, as well as gaining insights into shelf life, etc. Analyse samples of any shape, including delicate foods, with little to no sample preparation.
See how micro-structure relates to food properties
Micro-CT can be used to measure and investigate these and much more:
Food Industry Areas
- New product development
- Reformulation trials
- Food product changes over time
- Shelf life determination
- Packaging (including defects)
- Porosity/ density
- Bubble size and distribution
- Fine walls in bakery products
Structure and Texture
- Structural characterisation
- Effects of processing
- Effects of ingredients and additives on structure
- Expansion and cracks – with sub-micron resolution
- Distribution of particles
- Moisture migration
- …and more
How Campden BRI use Micro-CT
Europe’s news network Euronews featured how micro-CT is used to analyse how seeds respond to stress tests, in order to select seeds that produce the maximum yield.
Scientific Papers and Articles
- Determining the celllular structure of cereal food foams – Read the paper…
- Drying processes in porous media: “The salty footprints of drying” – Read the paper…
- Internal microstructure of agglomerates of cereal powders – Read the paper…
- Imaging eggplants and carrots during air drying – Read the paper…
- Designing, monitoring and controlling food microstructure – Read the paper…
- Bubbles in foods (including bakery products, dairy foams, confectionery, breakfast cereals, snacks and ice cream) – Read the paper…
- Food solid foams made from cereals: assessing the structure of extruded rice – Read the paper…
- Watercore in apples – Read the paper…
- Freeze-fixation of bubbles for micro-CT imaging of liquid aerated food emulsions – Read the paper…
- Salt dissolution in food products – Read the paper…
Bruker SkyScan 1275
Fast, self-optimising benchtop scanner. High quality scans at the press of a button.
Bruker SkyScan 1272
Sub-micron resolution from a benchtop system. World’s first scanner with >200Mp in each cross-section.
Bruker SkyScan 2214
Multi-scale nano-CT for the widest range of object sizes/ resolutions.