Although open-architecture product (OAP) can improve the production personalization and lead to the massive production innovation, there is still a lack of effective methods for developing OAPs.
Product innovation is the creation of new concepts to plan and realize technological and functional details in the product to satisfy market and customer demands, which needs a cognitive design method based on the demands of various customers for the production personalization.
Personalization of products and services is promising not only to enhance customer satisfaction but also to realize sustainable consumption and production.
The systems were manufactured by fused deposition modeling (FDM) 3D printing, which holds special potential for product personalization, and injection molding (IM) that would enable production on a larger scale.
These findings show that labeling polymer-based textile materials with MR contrast agents is straightforward and safe, and they indicate that such theranostic tissue engineering approaches might be highly useful for improving the production, performance, personalization and translation of biohybrid vascular grafts.
It emphasizes the product personalization.
Finally, they do not support end-to-end content lifecycle operations (production, deployment, consumption, personalization, and distribution).
This new generation of applications need to support complex content operations including production, deployment, consumption, personalization, and distribution.
Development of 3D-printed devicesensorsors, and actuators has become increasingly popular in recent years due to low cost, rapid production, and device personalization.
Personalization is an emerging manufacturing paradigm whereby customers can tailor products to their individual needs while maintaining high production efficiency.
In the end, personalization as a concept derives from the world of industrial mass production and marketing.
