Hip implants play a pivotal role in restoring mobility and alleviating pain associated with various joint diseases and injuries, with osteoarthritis standing out as a leading indication. Osteoarthritis, a degenerative joint condition, is characterized by the gradual breakdown of protective cartilage within the joint, resulting in painful bone-on-bone contact. Factors such as age, obesity, genetic predisposition, prior joint injuries, and continuous joint stress contribute to its development, with the hip joint being particularly susceptible due to its weight-bearing function.

For individuals grappling with advanced osteoarthritis or when conservative treatments prove ineffective, hip implants offer a lifeline. Through the replacement of the damaged joint with prosthetic components, these surgical interventions provide patients with renewed mobility and a significant reduction in pain levels.

Hip implants become a necessity when alternative conservative treatments fail to alleviate mobility or pain issues that significantly hinder daily functions like standing, walking, and movement. Before opting for surgery, most individuals explore non-invasive remedies, including medications, physical therapy, and mobility aids. Osteoarthritis, a prominent driver of hip pain, frequently leads to the need for a hip replacement. In addition to osteoarthritis, various health conditions and incidents, such as traumatic injuries, femoroacetabular impingement syndrome, and benign tumors, can inflict sufficient damage on the hip joint to necessitate surgical intervention. To underscore the demand, more than 350,000 hip replacement surgeries are performed annually in the United States alone.

A substantial portion of our patient population has a history of osteoarthritis significantly impacting their hip joints. They have endured severe pain, diminished mobility, and daily activity limitations over time. Despite exploring multiple non-surgical treatments, including physical therapy and pain management, their conditions have relentlessly deteriorated. Furthermore, some of these patients grapple with known allergies to specific metals, particularly nickel and cobalt, which can trigger skin reactions upon exposure. Given these allergies, there is a legitimate concern regarding the materials traditionally employed in hip replacement surgeries.

To cater to the unique needs of these patients, a pressing demand exists for non-metallic or hypoallergenic metal alternatives in hip replacements. By advancing the field of material science in implant design, our overarching objective is to develop a hip implant that accommodates a broader spectrum of patients, ensuring both safety and effectiveness in enhancing their quality of life.