We harness the capabilities of additive manufacturing (3D printing) to design and manufacture geometrically and mechanically tailored implants and prosthetics with intricate and complex geometries. This technology enables us to create customized solutions that precisely match the unique anatomical requirements of each patient.
By leveraging the power of additive manufacturing, we can fabricate implants with internal microarchitectures, mimicking the trabecular structure of natural bone. This approach enhances osseointegration and facilitates customization, leading to improved patient outcomes.
Our Technology
At Mehrawin, we are at the forefront of developing cutting-edge technologies and scientific innovations to transform customized medical solutions. By leveraging advanced technologies and interdisciplinary expertise, we push the boundaries of precision medicine, virtual surgery, and patient-specific care.
Additive Manufacturing
Materials Science
Our materials scientists specialize in developing high-performance biomaterials for medical applications. We engineer materials with tailored properties, such as biocompatibility, strength, and corrosion resistance.
Additionally, we use advanced techniques to enhance implant osteoconductivity. By modifying the surface properties, we promote better integration with bone tissue, facilitating healing and ensuring stability. Methods include topological modifications and coating implants with bioactive substances to stimulate bone growth and osseointegration.
Through our expertise in materials science and additive manufacturing, we create implants that meet structural requirements and optimize biological responses, leading to better patient outcomes.
AI and Software Engineering
Our advanced AI and software engineering capabilities enable us to design and manufacture internally architecture structures for implants. By leveraging machine learning algorithms and digital twin modeling, we can simulate and optimize the internal microarchitectures of implants to closely mimic the trabecular structure found in natural bone.
This level of customization and biomimicry enhances osseointegration, promotes better tissue ingrowth, and facilitates the natural healing process. Our software tools provide surgeons with intuitive solutions for visualizing 3D scans, optimizing surgical approaches, evaluating options, and capturing expertise, all in real-time.
Biomechanics and Integrated Design
Our interdisciplinary team of engineers, surgeons, scientists, and designers possesses deep expertise in understanding the intricate movements, force dynamics, and healing processes of the human body at the bone and tissue level.
This profound understanding of biomechanics serves as the foundation for our development of cutting-edge medical devices and personalized solutions that seamlessly integrate with each patient's unique anatomy. By leveraging our mechanical engineering proficiency, we transform biomechanical insights into carefully crafted and integrated designs, resulting in optimized solutions that offer exceptional mobility, stability, and overall quality of life for our patients.
At Mehrawin, we are dedicated to pushing the boundaries of medical technology to develop customized solutions that address complex surgical challenges and enhance patient outcomes, experience, and value. By integrating materials science, additive manufacturing, AI, and multidisciplinary design, we are at the forefront of precision medicine and virtual surgery.
Keep In Touch
Stay connected with Mehrawin if you are interested in collaborating or the latest advancements in customized medical solutions.
We welcome inquiries from healthcare providers, researchers, clinics, hospitals, doctors, surgeons, regulatory agencies, industry associations, technology companies, startups, and any other stakeholders in the healthcare industry. We are excited to explore new partnerships and collaborations that align with our mission and vision.