NEW  ANTICAY® Technology

New ANTICAY® is Biodental Industries’ contemporary development of calcium sucrose phosphate technology, building on the scientific, manufacturing and commercial foundation established by the historical ANTICAY® programme.

The current programme is focused on developing ANTICAY® as a modern mineral-delivery technology platform while protecting the proprietary manufacturing know-how that differentiates New ANTICAY® from the historical process.

A New Generation of ANTICAY®

The historical ANTICAY® programme established a substantial body of scientific knowledge concerning calcium sucrose phosphate chemistry and its applications in oral health and food products.

New ANTICAY® builds on that foundation through proprietary redevelopment of the technology and contemporary product-development work.

The programme is supported by historical scientific, analytical, manufacturing, toxicological, food and oral-health records, together with current pilot-scale and product-development activity.

Detailed manufacturing and process information is retained as proprietary know-how and is not publicly disclosed.

Technology Platform

New ANTICAY® is being developed as a mineral-delivery technology platform rather than as a single product.

Current work includes oral-care applications and evaluation of broader opportunities where calcium, phosphate and related mineral-delivery systems may provide value.

The platform approach allows development across different product formats and application areas while maintaining the underlying scientific principles established by the historical ANTICAY® programme.

Technical and Commercial Enquiries

Biodental Industries welcomes enquiries from organisations interested in research collaboration, independent evaluation, product development, investment, licensing or potential commercial applications of New ANTICAY®.

Selected technical information may be made available to suitable parties under appropriate confidentiality arrangements.

For enquiries, please use the Contact page.