RLP Develops Gravity-Free Silicone Manufacturing with Schendy Kernizan
RLP, co-founded by Schendy Kernizan, is pioneering silicone extrusion using a hydrogel process, enabling rapid and flexible production for medical and industrial applications.
Schendy Kernizan, a former professor and researcher, co-founded RLP (Rapid Liquid Print), a company focused on extruding silicone into a hydrogel. This innovative process allows for the quick production of pure silicone with significant design flexibility. RLP is exploring applications across medical devices and industrial components, leveraging its unique technology to meet diverse customer needs.
The company's approach provides a new method for manufacturing silicone parts, which traditionally has been challenging due to material constraints. By using a hydrogel-based extrusion system, RLP is able to create complex geometries and maintain material integrity. The company is actively engaging with customers and investors to scale its operations and expand its market reach.
RLP's technology is part of a broader trend in additive manufacturing that seeks to enhance material versatility and production efficiency. As the company moves forward, it aims to establish itself as a key player in the industry by offering scalable and customizable silicone manufacturing solutions.
RLP's gravity-free silicone manufacturing represents a significant advancement in material processing for additive manufacturing. The hydrogel-based extrusion method expands the possibilities for silicone use in critical applications, such as medical devices and aerospace components. This innovation aligns with the industry's push for more versatile and efficient production techniques, particularly in sectors requiring high precision and material performance.
Edited by the news editor with AI from the original report — please refer to the original source.