Consumer Healthcare
From shampoo, toothpaste and deodorant to soap and skincare products, we offer materials formulation, compositional analysis, identification and quantification analysis, performance and product marketing support testing, competitor product analysis and packaging failure analysis across a wide range of consumer healthcare products.
Materials Formulation & Product Design
Thanks to our materials expertise and the most up-to-date analytical techniques that we use, we can help you to improve your products and processes by sourcing new materials and by developing novel material formulations, both for performance enhancement and to keep you ahead of the competition.
Testing & Analysis
Through our UKAS ISO 17025:2005 accredited UK laboratories (No. 0013) and approved laboratories overseas, we are able to offer full materials and product testing to international or industry standards for performance, legislative, conformity, qualitative, identification, product marketing and failure analysis purposes.
Manufacturing Support
We offer quality assurance programs, cleanliness validation, powder optimisation and processing and packaging failure analysis. In addition, we can provide pilot-scale assessment of advanced manufacturing routes, small-scale supply of bespoke glass and metal powders and FED modelling services.
Product Claim Support
Independent testing to back up product claims is a vital part of the consumer healthcare industry. At CERAM, we provide ourselves on the quality of the testing we provide and on the consultancy we offer, to ensure that your products always stay ahead of the competition.
Packaging Failure Analysis
When packaging fails, the cost, in terms of time, money and consumer confidence, can be disastrous. At CERAM, we not only work quickly and effectively to identify failures but also to provide real, working solutions.
Development of a Ceramic Coil for DEKEMA Dental Keramiköfen GmbH
Prototyping & materials formulation
Plasma Treatment of Inhaler Cans for Bespak
Investigation of plasma deposition of a surface modifier in inhaler cans




