Orthopedic Implants in Utah

OsteoCentric Technologies develops proprietary implant-to-bone interface technology designed to minimize bone damage during surgical implantation. The company's flagship product, UnifiMI® Interface Technology, applies minimally invasive surgery (MIS) principles to bone, preserving native bone architecture while maintaining immediate primary stability. The technology addresses two key clinical problems: sacrificed bone integrity and compromised implant stability resulting from conventional interference-fit insertion methods. UnifiMI uses a patented thread form design to cleanly prepare and preserve bone during implantation, creating a mechanically integrated interface that accelerates patient healing and recovery. OsteoCentric has acquired the Integrity SI-Fusion System™, expanding its orthopedic implant portfolio. The company's research foundation includes peer-reviewed publications demonstrating that conventional screw insertion in trabecular bone causes significant peri-implant damage, reducing mechanical and structural integrity. OsteoCentric serves orthopedic surgeons and surgical centers, with recognition in industry rankings (Top 10 Orthopedic Solution Companies 2021). Products are designed for both spinal and general orthopedic applications. The company operates with focus on regulatory compliance and clinical validation through published research.

Zigg Design is a precision medical device manufacturing and design partner specializing in high-complexity, FDA-compliant solutions for implants, surgical instruments, and single-use medical devices. The company provides full-spectrum product development services—from conceptualization, design, and engineering through prototyping to full-scale production. Core capabilities include multi-axis CNC milling, mill-turn operations, Swiss turning, wire EDM, laser welding, and laser marking, coupled with intermediate cleaning, passivation, and ISO 9001–compliant packaging. Zigg Design serves surgeons, medical device OEMs, and innovators seeking elegant, robust designs with seamless manufacturability. In-house engineering and manufacturing expertise ensure designs are production-ready, reducing time-to-market and technical risk.

Nexus Spine, LLC manufactures spinal fixation and interbody implant systems for orthopedic and neurosurgical applications. The company's product portfolio includes posterior fixation systems, interbody devices, and standalone cervical and lumbar implants. Primary offerings include the PressON Spinal Fixation System for posterior stabilization, the Tranquil Interbody Devices for interbody fusion procedures, the Stable-C standalone cervical implant system, and the Stable-L standalone lumbar implant system. These products serve surgeons performing degenerative disc disease treatment, spinal fusion, and stabilization procedures across cervical and lumbar spine indications. The company is based in Draper, Utah, and distributes spinal implant solutions to hospital operating rooms and surgical centers. Specific regulatory certifications and manufacturing details were not prominently displayed on the accessible homepage content.

Elute, Inc. is a clinical-stage medical device company specializing in patented drug-eluting devices with controlled and sustained therapeutic release. The company focuses on orthopedic infections, developing novel bone void fillers (BVF) that deliver local antibiotic therapy over an 8-week period to treat periprosthetic joint infections. Their lead product, BonVie+™, is a resorbable bone graft substitute designed to support natural bone restoration while providing sustained antimicrobial coverage. The company's technology platform addresses unmet clinical needs in orthopedic surgery by combining bone regeneration with infection prevention and treatment. Elute has announced strategic partnerships, including collaboration with Spartan Medical, and is conducting clinical studies to validate their therapeutic approach. The company leverages proprietary drug-delivery technology to create products that enable patients to maintain active lifestyles post-surgical intervention.

SINTX Technologies is a advanced ceramics manufacturer specializing in silicon nitride (Si3N4) biomaterials and composite 3D printing. Founded in 1996, the company produces medical-grade silicon nitride for spinal implants, hip and knee joint prosthetics, and foot-and-ankle fusion systems. Silicon nitride is inherently antibacterial and antiviral with demonstrated osseointegrative properties to support bone formation. SINTX manufactures composite 3D-printed medical devices and offers silicon nitride powder (FleX SN-AP) for use as additives, coatings, or composites in medical and non-medical products to enhance antipathogenic properties. The company has expanded into manufacturing other advanced ceramics and recently partnered with EVONIK to produce silicon nitride–PEEK (SiN/PEEK) composite materials engineered for AI-assisted, 3D-printed patient-specific implants. SINTX also acquired SiNAPTIC Surgical assets to enter the foot-and-ankle fusion market. The company holds ISO 13485:2016 certification for medical device manufacturing, ISO 9001:2015 certification, and AS9100D certification for aerospace-grade manufacturing. SINTX is a publicly traded company (NASDAQ) and member of AdvaMed, BioUtah, and other industry associations. Manufacturing and engineering capabilities support transformation of concepts into quality printed parts with extreme environment performance suitable for biomedical applications.

Dymicron, Inc. is a medical device manufacturer specializing in spinal implants engineered with proprietary Adymite polycrystalline diamond technology. The company's flagship product, Triadyme-C, is an artificial cervical disc designed for total disc replacement (TDR) procedures. Adymite technology delivers exceptional wear resistance (1,000x more wear resistant than cobalt chrome), virtually eliminates wear debris, and provides superior biocompatibility—carbon-based synthetic material with minimal biological reactivity. The Triadyme-C features a tri-lobe design that mimics natural cervical spine motion and is engineered for long-term clinical durability and reliability. The device is supported by clinical research and regulatory pathways including an FDA Investigational Device Exemption (IDE) clinical trial, with first patient enrollment announced January 2026. Dymicron serves the global spine surgical market and maintains international distribution partnerships. The company operates from its headquarters in Orem, Utah, and supports European markets through a German distributor partner (Medddbase GmbH). Adymite material is formed under extreme conditions (1,400°C temperature, 1,000,000 PSI pressure) and represents a novel approach to reducing prosthetic device wear and extending implant longevity.

Total Joint Orthopedics manufactures high-quality hip and knee replacement implants and instrumentation systems. The company's product portfolio includes the Klassic HD® Hip System for total hip arthroplasty and the Klassic® Knee System for total knee replacement, both designed with streamlined instrumentation for reproducible surgical outcomes and operating room efficiency. A recent innovation, the Klassic® Femur with Aurum® Technology, features a ballistically bonded titanium nitride surface using patented ion beam enhanced deposition (IBED) to reduce the use of cobalt-chrome and eliminate common metal sensitizers such as nickel, cobalt, and chromium. The company emphasizes clinical outcomes, with independent research demonstrating 99% ten-year survivorship and optimized patellar tracking with natural knee kinematics. Total Joint Orthopedics has performed over 50,000 procedures and reports annual cost savings of approximately $650,000 for hospital partners. The company operates a mission-driven business model through formal partnership with Operation Walk, donating implants to surgical missions for joint replacement in underserved communities. Based in Salt Lake City, Utah, TJO serves orthopedic surgeons, hospitals, and patients across the United States, with a focus on efficient surgical workflows and long-term implant performance.

Amparo Prosthetics manufactures and distributes innovative lower-limb prosthetic systems and components designed to streamline clinical fitting and improve patient mobility outcomes. The company's flagship Amparo System is a thermoplastic socket technology featuring pre-assembled cone and anchor plate components that enable rapid fabrication and fitting—typically completed in 1–2 hours. The system is fully remoldable, allowing a single socket to be reused across up to five fittings as patient anatomy changes during rehabilitation. All components are portable and require no specialist machinery, enabling fitting in mobile or remote clinical settings. Product lines include Resilience Sockets, suspension units, tools, accessories, and starting kits. Amparo also offers Majicast, a weight-bearing shape-capture technology for socket fitting, and Motio Functional Reports, a wearable-device activity monitoring service for lower-limb prosthetic users that provides rehabilitation teams with objective daily-activity data to inform prosthetic optimization. The company provides clinician training and operates internationally, with support from the European Union and investor networks. Target markets include orthopedic and prosthetic (O&P) clinics, insurance companies, rehabilitation specialists, and amputee patients across multiple countries. The system is designed to reduce time-to-prosthesis, improve patient comfort, and enhance rehabilitation outcomes.