Win Coat develop cutting-edge platform that are seamlessly integrated into Win Coat’s operations for the development of microneedle/microarray patches (MAPs) called as WINMAPᵀᴹ. WINMAPᵀᴹ incorporate three core technologies, materials selection, precision coating and loading, and automatic mass production.
EFFICIENT SCREENING
Win Coat pioneered a formulation method that can embody any kind of drug and vaccine into Win Coat’s MAP.
PRECISION COATING AND LOADING
Win Coat is an expert in precision coating and loading, ensuring the consistent production of MAPs with precise drug delivery.
AUTOMATIC MASS PRODUCTION
Win Coat’s production line utilizes automatic mass production, signifying efficient MAP production (>10M per year) with a high yield rate.
WCC develop cutting-edge platform that are seamlessly integrated into WCC’s operations for the development of microarray patches (MAPs) called as WINMAPᵀᴹ. WINMAPᵀᴹ incorporate three core technologies, efficient screening, precision processing, and automatic mass production.
EFFICIENT SCREENING
WCC pioneered two robust databases for quick material selection and formulation processes, enabling the fabrication of MAPs that meet product requirements.
PRECISION PROCESSING
WCC is an expert in precision molding, loading, and coating, ensuring the consistent production of MAPs with precise drug delivery.
AUTOMATIC MASS PRODUCTION
WCC’s production line utilizes automatic mass production, signifying efficient MAP production (>10M per year) with a high yield rate.
This innovative platform allows WCC to produce custom-made MAPs while maintaining consistent quality standards and precision in drug delivery. Moreover, it guarantees compatibility with multi-layered structures, further enhancing the effectiveness of our patches. Furthermore, our microneedle and production technology are protected by patents globally, which guarantee that our products are unique and only available from us. This puts us at the forefront of companies making microarray patches for various areas, making us leaders in microneedle technology.
Precision Processing
WCC employs a specialized production method known as Precision Processing technology. Through this advanced technique, we maintain the consistency of our microneedles in terms of both design and drug delivery. This means that every microneedle we create follows the same design and delivers the intended medication reliably. As a leader in this field, WCC guarantees a high yield rate through advanced automatic production technology.
Mechanism of WCC MAP
The microarray patches (MAPs) is an innovative transdermal technology that outperforms traditional methods like regular patches, creams, and injections. Compared to these, MAPs excel in delivering drugs or essences effectively and painlessly by penetrating the skin, ensuring efficient delivery into the body.
Unlike injections, MAPs eliminate the fear of needles while offering precise drug or vaccine delivery, matching the performance of conventional injections. Notably, the microarray patch has earned recognition from VIPS, an international alliance consisting of five major healthcare organizations, as the top choice for vaccine alternatives due to its outstanding capabilities.