ELECTRO-CHEMICAL SENSORS

CT specializes in transforming sensor concepts into finished products that are reliable, easy-to-use and cost effective by drawing on its experiences in prototyping, developing and manufacturing electrochemical sensors for a number of applications.

• CT has the expertise, experience and knowledge to work in partnership with its customers to bring their sensor application to the market;
• CT uses a systematic approach to support its partners from prototyping, through development, and on through to product launch;
• CT is the best partner for developing electrochemical sensors, fulfilling all quality and confidentiality aspects; and,
• CT's excellence is not only to provide interesting sensor technology, but to help its partners through the minefield of product development.

To accomplish its mission, CT has a team of qualified scientists and engineers whose experience in sensor technology includes materials technology, screen printing of conductive and non-conductive inks, laser ablation, reagent development, depositing reagents onto electro-chemical sensors, die cutting, laser cutting, laminating, packaging and finished product testing.

As a contract manufacturer, CT is focused on producing sensors that are based primarily on electro-chemical signal transduction. That means that we manufacture sensors that require a printed or ablated circuit that is normally coupled with a reagent that imparts specificity. Such devices can range from simple skin electrodes to electro-chemical sensors based on voltammetry, potentiometry, or conductance. Conductive Technologies works with our customers as a partner to design, develop, and then manufacture their products. Our capabilities allow us to provide intermediate sensor products through to finished sensors packaged into their final container. Registered as an ISO-13485 company since 2006, our quality system is a critical component of our ability to develop and manufacture medical and non-medical sensors successfully.

Our primary technology is printing conductive and non-conductive inks on plastic substrates to form electrodes, depositing a reagent over the electrodes, and then converting an array of electrodes into individual sensors using laminating, cutting and packaging techniques. Conductive Technologies also has the capabilities to create electrode structures using laser etching or ablative techniques coupled with printing. For certain applications, we also have the ability to develop reagent systems for our customers.

For further information, please contact us.