Moving Patients Forward with
Precise Engineering
Capabilities
Products
Michelangelo perfected the human form. We perfect the components that keep it moving.
At HK Orthopedics, we understand every BODY is built differently. That’s why our shoulder, hip, and knee components are crafted with precision engineering to match each patient’s unique anatomy and deliver long-lasting, dependable support.
Click on the statue of David's shoulder, hips, and knees to learn more about our products!
Shoulder
HK Orthopedics manufactures durable components for shoulder replacement surgery, designed to restore joint motion, reduce pain, and provide long-lasting strength and stability.
Shoulder
HK Orthopedics manufactures durable components for shoulder replacement surgery, designed to restore joint motion, reduce pain, and provide long-lasting strength and stability.
Hips
We produce precision hip replacement components that restore smooth joint movement, reduce pain, and provide strong, long-lasting stability for patients.
Hips
We produce precision hip replacement components that restore smooth joint movement, reduce pain, and provide strong, long-lasting stability for patients.
Knees
HK Orthopedics produces high-precision components used in knee replacement surgery that restore smooth movement, reduce pain, and provide long-lasting stability for patients.
HK Orthopedics designs and manufactures high-quality components used in shoulder replacement surgery. Our glenoid and humeral implants are engineered to replicate the natural shape and motion of the shoulder joint, helping restore smooth mobility and reduce chronic pain caused by arthritis or injury. Made from durable, biocompatible materials, each component is built for long-term stability, strength, and reliable performance. Surgeons trust HK Orthopedics for precision-crafted parts that support faster recovery and help patients return to comfortable, confident movement.
HK Orthopedics designs and manufactures precision-engineered hip replacement components that help patients regain mobility and improve quality of life. Each implant is crafted to restore smooth, natural joint movement while minimizing discomfort and reducing pain. With a focus on durability and long-term stability, HK Orthopedics’ hip components are built to withstand the demands of daily activity, giving patients confidence and freedom in their movements. Backed by advanced engineering and rigorous quality standards, our implants provide reliable performance, allowing individuals to return to an active, pain-free lifestyle.
HK Orthopedics manufactures precision-engineered components used in knee replacement surgery. Our femoral, tibial, and patellar implant parts are designed to restore smooth joint movement, reduce pain, and provide long-lasting stability. Each component is made from durable, biocompatible materials that replicate the function of natural bone and cartilage, helping patients regain strength, mobility, and confidence after surgery.
About
HK Orthopedics is built on a foundation of aerospace hardware manufacturing, where precision, durability, and reliability are non-negotiable. Originally established to produce mission-critical components for the aerospace industry, we developed deep expertise in advanced machining, tight tolerances, and rigorous quality standards. Today, we bring that same engineering discipline to the medical field—specializing in high-performance orthopedic components for knee, hip, and shoulder replacements.
Our shift from aerospace hardware to orthopedics reflects our commitment to innovation and our belief that patients deserve the same level of quality trusted in critical aerospace applications. By applying aerospace-grade processes and meticulous craftsmanship, we produce implants that restore mobility, reduce pain, and deliver long-lasting stability.
HK Orthopedics proudly partners with medical device companies and top-tier surgeons, offering components they can rely on—precision engineered, quality assured, and backed by the expertise that supports the world’s most demanding aerospace missions.