INNOSHAPES Trademark

Scientific research and development; scientific and technological research and development services in the fields of materials science, bioengineering, and additive manufacturing; scientific and technological consulting services related to innovative materials and manufacturing processes; design and development of new products for commercial and medical applications; conducting technical project studies and analysis, namely, conducting of feasibility studies in the field of new technologies relating to shape change materials and 4D printing technology; development and testing of novel materials with programmable properties, namely, development and testing of new products for others; materials science research into biocompatible and cytocompatible materials for various applications; design, research, and development of new products for others being medical implants and devices utilizing shape change materials relating to treatments for scoliosis, intervertebral disk implants, sphincter implants, stem cell delivery systems, solutions for men's and women's health, erectile restoration devices, urological prosthetics, and hydrogel spacers; research and development of 4D printing technologies featuring creation of novel 4D printer nanocomposite inks, design of shape-changing nano-architectures, and development of near infra-red (NIR) and temperature responsive materials; conducting scientific studies and analysis, namely, conducting of feasibility studies in the field of new technologies relating to cell growth and infiltration on 4D printed materials; research and development of new products for others relating to controlled shape change mechanisms, and temperature-responsive and NIR-responsive materials; design and development of new products for others relating to wireless, real-time, on-demand shape change biomaterials for medical and non-medical applications, aerospace applications, sensors, and electronics; technical consulting services related to the integration of 4D printing technologies with existing 3D printing systems; scientific and technological research and development aimed at transforming various polymers and hydrogels into 4D shape change materials; scientific research in the field of tissue engineering and tissue replacement using 4D printed materials; development of new products being minimally invasive medical devices utilizing shape change materials; conducting technical project studies, namely, conducting of feasibility studies in the field of new technologies relating to on-demand shape change control mechanisms featuring magnetic and NIR shape change control for both medical and industrial applications