Orthopedic Implants in New Jersey

MTF Biologics is a not-for-profit tissue bank and allograft processor founded nearly 40 years ago and originally established by orthopedic surgeons. The company processes and distributes human allograft tissues for clinical applications across orthopedic surgery, plastic and reconstructive surgery, soft tissue reconstruction, and advanced wound repair. Core product lines include bone allografts, cartilage allografts, meniscal allografts, fresh osteochondral allografts, soft tissue grafts, and dermal allografts for burn and chronic wound management (diabetic foot ulcers, venous leg ulcers, sacral ulcers, tunneling wounds). MTF Biologics employs aseptic processing without terminal radiation or harsh chemicals, claiming to be the only U.S. tissue bank using 100% aseptic processing methodology. This approach preserves natural tissue structure and biological properties. The company operates a fully-digital graft matching platform allowing surgeons to upload imaging, receive anatomical matching confirmation, and streamline surgical planning. MTF Biologics maintains an international division with a global network of partners, agents, and distributors. The company has distributed over 12 million grafts to date without documented cases of viral disease transmission. Regulatory compliance and donor screening exceed industry standards. The organization provides continuing medical education (CME) to healthcare professionals. As a not-for-profit entity, MTF Biologics focuses on patient outcomes, research advancement, and grantmaking to support tissue transplantation science.

Precision Spine, Inc. is a privately held medical device manufacturer based in Parsippany, New Jersey, specializing in the design, development, and manufacturing of high-quality spinal implants, instrumentation, and biologics. The company operates a 30,000+ square foot manufacturing facility in Pearl, Mississippi, and employs approximately 110-125 personnel dedicated to precision engineering and patient safety. Precision Spine offers a comprehensive portfolio of cervical and thoracolumbar spinal solutions, interbody fusion devices, and spinal stabilization systems designed for intraoperative flexibility and various spinal pathologies. All products are manufactured in the USA and meet ISO certification standards. The company serves hospitals, orthopedic surgeons, and neurosurgeons globally, with a commitment to competitive pricing, excellent customer service, and adherence to industry standards. Through its subsidiaries Spinal USA, Inc. and Precision Medical, Inc., Precision Spine focuses on improving patient recovery and surgical outcomes.

Triangle Manufacturing Company, Inc. is a family-owned precision contract manufacturer based in Upper Saddle River, New Jersey, founded in 1955. Specializing in high-precision CNC machining and medical device manufacturing, Triangle operates a 107,000-square-foot facility with approximately 200 employees. The company delivers comprehensive product realization services for orthopedic implants and surgical instruments, including design for manufacturability, prototyping, full-scale production, metrology, inspection, testing, and process development. Triangle's service model encompasses collaborative design, vendor-managed inventory, dedicated manufacturing cells, and risk analysis to support OEM partners from concept through product launch. As an FDA-registered, certified supplier with robust quality systems and supplier-owned quality assurance, Triangle is recognized as a leader in delivering precision-manufactured medical devices that meet stringent regulatory and performance requirements.

JMS Plastics Supply is a specialized medical supplier serving orthotic and prosthetic professionals. The company manufactures and distributes a comprehensive range of materials and supplies for custom orthosis and prosthesis fabrication, including thermoplastic sheets, EVA foams, pre-fabricated insoles, casting materials, and cushioning products. Product portfolio includes polypropylene and co-polymer blends, CAD/CAM milling blockers, orthotic lab equipment, cement, cork posting materials, and prosthetic components such as polyurethane wheels and bio-cork. J-Cast fiberglass casting tape and JMS cotton stockinettes are featured product lines. The company supplies only to medical and healthcare professionals, not the general public. Located in Neptune, New Jersey, JMS Plastics Supply emphasizes high-quality materials at competitive pricing, with customer support including technical consultation, free samples, and catalog requests. The business maintains B2B distribution channels and serves orthotists, prosthetists, and orthopedic fabrication labs.

Levy & Rappel is a custom orthotics manufacturer established in 1930, headquartered in Saddle Brook, New Jersey. The company specializes in hand-crafted, custom-made orthotic devices fabricated on individual patient molds. Their product portfolio includes custom foot orthoses in materials ranging from practical leather to carbon-graphite, ankle-foot orthoses (AFOs) with molded leather gauntlets, diabetic inserts with total contact design, and foam impression systems. All products are manufactured in-house in their USA facility using biomechanical principles combined with traditional craftsmanship. The company serves orthotists and healthcare providers requiring personalized, high-quality orthotic solutions for diabetic foot care, ankle stabilization, and mobility support.

Marson Medical, Inc. is a contract manufacturing company specializing in precision CNC machining of medical-grade plastics and orthopedic components. Founded in 1981, the company serves manufacturers and marketers of orthopedic implants and instrument systems. Core capabilities include conventional 4 and 5-axis CNC machining of UHMWPE (ultra-high-molecular-weight polyethylene) acetabular liners and tibial inserts for hip and knee implants. The company also provides secondary services including heat treatment, hot stamping, engraving, and laser marking. Marson Medical handles work from prototype development through full-scale production, supporting both custom and standard orthopedic component manufacturing. The firm maintains a dedicated quality assurance function and experienced engineering staff focused on precision tolerances, on-time delivery, and competitive pricing. As a contract manufacturer rather than an original equipment manufacturer, Marson Medical serves as a critical supply-chain partner for established orthopedic device companies. The company operates from Paramus, New Jersey, with approximately 20 employees and reports 95% employee retention and year-on-year growth of 75%.

GLW, Inc. is a medical device manufacturer specializing in minimally invasive orthopedic extremities and trauma surgery solutions. The company develops and manufactures implants and instruments using proprietary ortholucent technology—a composite of additive manufactured titanium and injection-molded PEEK polymer that provides superior intraoperative and postoperative visualization compared to traditional metal implants. Product portfolio includes cannulated compression screws (Creed line in multiple sizes, both headed and headless), intramedullary nailing systems for hip fracture fixation (Artemis PFN), ankle fracture plating systems (Apollo AFX), circular external fixation apparatus (FusionFrame), digital fusion implants (HammerThread), and minimally invasive surgical systems (Excalibur Zadek MIS System). The company also provides medical device development services and single-use instruments and procedure kits through its GLW Instruments division. Implants leverage variable angle locking technology and advanced manufacturing including 3D printing and additive manufacturing processes. Primary markets are foot and ankle surgery and trauma orthopedics. GLW operates a US corporate headquarters in Englewood Cliffs, NJ and a European design and procurement center in Wurmlingen, Germany. The company maintains a surgeon advisory board and provides comprehensive resources including instructions for use and GTIN listings for procurement.

OneDay BioTech manufactures dental implants, surgical kits, and associated equipment for dental and surgical applications. The company specializes in SLA (Selective Laser Absorption) surface-treated implants with superior morphology and roughness (Ra 1.8–2.5 µm), offering 50% more rough surface area and higher retention strength compared to RBM surfaces. Product lines include dental fixtures, implants, and surgical drill kits designed for seamless integration with existing dental systems globally. All offerings are certified by FDA, CE, GMP, ISO, and IGC, demonstrating compliance with international quality and safety standards. The company emphasizes stability, biocompatibility, and clinical efficacy in implant design. OneDay BioTech serves dental practitioners and surgical facilities worldwide, positioning itself as a provider of superior-quality implant solutions backed by rigorous manufacturing standards and regulatory credentials. Product documentation and detailed specifications are available via downloadable catalog.

Aetrex Worldwide, Inc. is a leader in 3D foot-scanning technology, custom orthotics, and biomechanically-designed comfort footwear founded in 1946 and headquartered in Teaneck, New Jersey. The company specializes in clinically-informed foot wellness products, leveraging proprietary foot-scanning systems and pressure-mapping data derived from over 50 million foot scans to engineer orthotics and footwear for common conditions including plantar fasciitis, bunions, high arches, flat feet, and overpronation. Key product lines include the Albert 3D foot scanner (captures detailed arch height, pressure points, and alignment data in under one minute), Lynco Orthotics, and 3D-printed custom orthotics available for men and women. Aetrex also manufactures arch-support footwear across multiple categories (sneakers, loafers, sandals, wedges) designed with EVA foam midsoles, heel support, and breathable mesh. The company operates a B2C e-commerce platform and a B2B retail technology program enabling footwear retailers and athletic brands (Nike, Lululemon, Hoka, ECCO, Merrell, Under Armour, and others) to deploy foot-scanning kiosks for improved customer fit and reduced returns. Aetrex maintains manufacturing and R&D facilities in Israel and China, with global distribution through fine footwear retailers.

Extremity Medical, LLC is an orthopedic medical device manufacturer founded in 2008 and headquartered in Parsippany, NJ. The company specializes in developing innovative implants, instruments, and fixation systems for upper and lower extremity orthopedic procedures, including fusion, fixation, and motion preservation solutions. Extremity Medical focuses on challenging surgical cases involving poor bone quality, Charcot neuropathy, trauma, arthritis, and deformities. The company leverages proprietary Post platform technology and mechanical advantage engineering principles to deliver advanced treatment solutions. Key product lines include the IO FiX bone fixation system, advanced plating systems for foot and ankle procedures, the Freedom Lapidus implant for foot deformities, the Axis Charcot Fixation System, the Extremity Reconstruction Frame, total wrist replacement systems, and the Cartilaginator joint preparation technology. Extremity Medical collaborates with leading surgeons and institutions to advance product development and partners with major distributors including Henry Schein, Inc. and Ossium Health.

Orthobond Corporation is an antimicrobial technology company headquartered in Monmouth Junction, NJ, specializing in proprietary nanosurface coatings that kill bacteria, viruses, and fungi through mechanical rupture without antibiotics or eluting chemicals. The company's lead product is Ostaguard™, a proprietary antibacterial surface treatment designed for application to orthopedic implants and devices to prevent device-related infections. Orthobond's core technology involves covalently bonded nanosurfaces on metallic and polymeric substrates that provide durable, non-drug antimicrobial protection. The company is pursuing FDA clearance for its medical device surface treatments and has received venture funding to commercialize its antimicrobial nanosurface platform across orthopedic implants, surgical instruments, and broader medical device categories. Beyond medical devices, Orthobond markets applications for commercial, industrial, textile, and consumer goods sectors. The technology is designed to reduce infection-related complications in orthopedic surgery while maintaining safety for human contact.

Acuitive Technologies is a medical device company specializing in orthopedic surgical implants and tissue regeneration solutions. The company develops products based on proprietary CITREGEN technology, a synthetic biomaterial engineered at the molecular level to guide tissue regeneration. CITREGEN leverages citrate, a naturally occurring metabolic molecule, to support bone anatomy and physiology. The product portfolio includes CITREBRIDGE™ (rotator cuff interpositional scaffold for rotator cuff repair), CITRELOCK® (soft tissue fixation device available in multiple configurations including foot/ankle and ACL applications), CITREGRAFT™ (synthetic bioactive bone graft), and CITREFIX® (knotless suture anchor). These implants are designed for orthopedic procedures including rotator cuff repair, soft tissue attachment, bone grafting, and joint reconstruction. The company targets orthopedic surgeons and surgical centers performing soft tissue repair, joint reconstruction, and bone augmentation procedures. Products are indicated for use in shoulder, knee, foot, and ankle surgical applications.

LINK is an owner-managed German orthopedic implant manufacturer established in 1948, specializing in primary and revision arthroplasty of major joints. The company designs and manufactures prosthetic joints for hip, knee, upper extremity (shoulder), and limb salvage applications, serving surgeons and patients in more than 70 countries. LINK operates an in-house production ecosystem encompassing investment casting via its proprietary VACUCAST foundry, finishing, quality control, and packaging at its Norderstedt facility in Germany, with additional manufacturing in Beijing to serve international markets. The company has produced over 40,000 custom-made implants and maintains a deep focus on bioharmonious design, long-term clinical outcomes, and patient mobility restoration. Product lines include the LINK OptiStem (anatomical knee system for complex revisions), LinkSymphoKnee, LINK Embrace (upper extremity), MobileLink (hip with modular options), customLINK (personalized solutions), and MEGASYSTEM-C (for oncologic and complex revision cases). LINK employs dual-track training combining academic education with in-house apprenticeship, maintains a dedicated development team (DERU) for innovation, and emphasizes seamless quality control throughout production. The company prioritizes regulatory compliance and clinical evidence, as evidenced by participation in major orthopedic conferences and publication of complex surgical case studies. Regulatory status and certifications are not explicitly stated on the homepage but the company's global operations and 70+ country presence suggest appropriate regulatory approvals.

OrthoTiN LLC designs, manufactures, and distributes patient-specific temporomandibular joint (TMJ) replacement implant systems. The company specializes in custom titanium alloy-based prostheses engineered from CT scan data to match individual patient anatomy. Each TMJ system comprises ramus and fossa components with ceramic coating technology, manufactured through precision milling from Ti6Al4V titanium alloy. OrthoTiN's approach prioritizes bone stock preservation and anatomical fit, supported by 3D surgical planning and custom design services. The company serves orthopedic surgeons, maxillofacial specialists, and dental practitioners through a global distributor network across Australia, Europe, India, and South America.

Cypress Adaptive, LLC manufactures and distributes innovative prosthetic and orthopedic components for clinicians and prosthetic practitioners. With over 50 years of combined industry experience, the company specializes in developing cost-effective prosthetic solutions including mechanical vacuum ankles, prosthetic knees, suspension sleeves, expulsion valves, and modular tie-in-plate systems. Cypress Adaptive emphasizes quality manufacturing while maintaining competitive pricing, and actively pursues strategic partnerships to expand its product portfolio. The company serves the O&P (Orthotics & Prosthetics) market with a focus on component-level products and accessories that support prosthetic fitting and maintenance workflows.

Waldemar LINK GmbH & Co. KG is a German owner-managed orthopedic medical device manufacturer specializing in arthroplasty implants for primary and revision joint replacement. Founded in 1948 and headquartered in Hamburg, the company designs and manufactures custom-made prostheses for hip, knee, shoulder, and upper extremity applications. The product portfolio includes the CORE Shoulder System, LINK Embrace (shoulder arthroplasty), LINK OptiStem (knee), LinkSymphoKnee, and customLINK offerings for personalized solutions. The company operates in more than 70 countries and has produced over 40,000 custom implants globally. LINK maintains vertically integrated manufacturing capabilities, including in-house investment casting via its proprietary VACUCAST foundry technology, finishing, and quality control at its Norderstedt production facility in Germany, with an additional manufacturing plant in Beijing serving international markets. The company emphasizes bioharmonious prosthesis design, long-term clinical outcomes, and surgeon-patient satisfaction. Manufacturing processes combine German engineering standards with seamless quality control throughout production. The company's development team (DERU) continuously innovates product lines to address complex orthopedic cases and revision procedures. LINK markets to orthopedic surgeons and hospital systems globally, with particular strength in European and international markets.

Neo Spine USA Inc. is a spinal surgery device manufacturer specializing in innovative pedicle screw and interbody cage systems for degenerative and trauma/tumor spine surgery. The company's flagship platform, Neo Universal™, represents a fully integrated procedural ecosystem designed to improve surgical outcomes, reduce operative time, and lower implant failure rates. Neo Medical's core technology centers on force-control biomechanics during spinal fusion, enabling surgeons to optimize mechanical forces during posterior thoracolumbar fusion procedures. The company manufactures both reusable and single-use instrumentation systems with emphasis on infection prevention, screw loosening reduction, and environmental sustainability. Clinical evidence demonstrates approximately 29–50% reduction in revisionary surgery, 50% reduction in surgical time, and 29% reduction in implant failure compared to conventional techniques. Products are CE-marked under EU Medical Device Regulation (MDR) and feature terminally sterilized, pre-packaged instrumentation. Neo Medical operates globally with headquarters in Switzerland and regional offices across Europe and the United States, serving spine surgeons, hospitals, and distribution partners. The company publishes peer-reviewed research on force-control technology, surgical site infection prevention with single-use instruments, and life-cycle analysis of spinal implant systems. Manufacturing emphasizes titanium alloy substrates with optimized surface microroughness for enhanced osseointegration.

Enhatch is an AI-powered medical software platform specializing in preoperative surgical planning for orthopedic and spine surgeries. Founded in 2012 and based in Hasbrouck Heights, New Jersey, the company provides the Intelligent Surgery Ecosystem and Intelligent Surgery Platform—cloud-based solutions that automate 3D surgical case planning from 2D medical imaging (DICOM). The platform streamlines patient-specific surgical workflows for medical device manufacturers, hospitals, surgeons, and orthopedic distributors. Key capabilities include automated 3D model generation, real-time case tracking, multi-stakeholder collaboration portals, role-based access controls, and seamless integration with 3D Systems for additive manufacturing of personalized implants and surgical instruments. Enhatch's solution reduces surgical planning cycles, enhances remote collaboration, and enables point-of-care manufacturing. The company maintains FDA clearance and has achieved SOC 2 Type II, HIPAA, and HITECH compliance certifications, serving major OEM partners including DePuy Synthes, Enovis, and Curiteva.

Yourdent Corp is a US-based dental supply distributor and retailer specializing in comprehensive dental equipment, instruments, implants, and consumables. The company distributes a broad portfolio of branded dental products including dental implants (Surcam A-Type, S-Type, C-Type, LSA-Type, Zygomatic, and Compressive designs), bone graft materials (Augma Bio, Bioviva, Purgo, DSI, Citagenix, Omnioss), dental handpieces (Prophy Genie USA-made prophy handpieces with 360° swivel and autoclavable construction), surgical and dental instruments (Lenox Dental Instruments including tissue scissors and periotomes), sterilization systems (Enbio autoclave systems with 15-minute sterilization capability), and dental consumables including dental floss (Paro Swiss), toothbrushes, mouth spray (Aquoral), and restorative materials (FGM ALLCEM CORE). The company also carries diagnostic imaging equipment (ClickRay dental X-ray systems), dental restoration products (KTR crowns and shells in stainless steel and zirconia), and specialty items including dental mirrors, implant drivers (Rosen Motor Mount Drivers and Hand Drivers), and infection control supplies. Yourdent distributes products from multiple manufacturers and brand partners including Surcam, Paro Swiss, Augma, TPC, Rosen Implant Solutions, and Meta Biomed. The company offers 30-day money-back guarantee and year-round competitive pricing.

Phillips Precision Medicraft (PPM) is a medical device contract manufacturer specializing in orthopedic implants and surgical instrumentation. Located in Elmwood Park, New Jersey, the company operates advanced CNC manufacturing capabilities including Swiss-style screw machines, turn-mill equipment, press brakes, welding, and finishing operations. PPM manufactures custom orthopedic implant components and surgical instruments to specification, serving orthopedic device companies and surgical instrumentation OEMs. The company operates multiple production departments including machining (Swiss/Turn-Mill), sheet metal fabrication, welding, assembly, and finishing operations. PPM employs quality control inspection processes and maintains production scheduling through enterprise resource planning (Infor Visual ERP). The company participates actively in the orthopedic industry, including exhibitions at major trade shows such as NASS (North American Spine Society) and OMTEC (Orthopedic Manufacturing & Technology Conference). PPM has developed proprietary DCG™ Graphics Technology for product marking and identification. The organization focuses on manufacturing precision, automation integration, and continuous process improvement to support customer delivery requirements and quality standards in the medical device sector.

gSource is a supplier of precision surgical instruments specializing in orthopedic, spinal, and general surgery instrumentation. The company operates from an extensive network of accredited and certified suppliers, offering over 95,000 instruments in stock across multiple surgical specialties including orthopedic, spine, ENT, general surgery, OB/GYN, podiatry, and veterinary disciplines. Manufacturing capabilities include instruments crafted from German surgical stainless steel or U.S. surgical stainless steel, with in-house technical expertise for prototyping, custom manufacturing, precision grinding of cutting instruments (drills, reamers, taps), and additive manufacturing. The company offers private labeling and customization services, competitive pricing across premium and value-driven product lines (including the new gSV line), and serves hospitals, surgery centers, OEMs, and international distributors. As part of Arch Medical Solutions, gSource leverages 20+ American-based medical manufacturing facilities. The company maintains FDA, ISO 13485, BSI, and EU MDR certifications.

Precision Metal Machining, Inc. is a veteran-owned contract machining manufacturer specializing in complex, precision-machined components and assemblies for the medical device, orthopedic, aerospace, and advanced manufacturing sectors. With over 38 years of industry experience, PMMI provides ISO 13485-certified quality management for medical and orthopedic applications. The company offers end-to-end capabilities from prototype development through high-volume production, leveraging state-of-the-art CNC machinery, Wire EDM, and advanced finishing processes including passivation. On-staff engineering experts evaluate designs for manufacturability in metals and plastics, ensuring compliance with medical device standards and on-time delivery across orthopedic implant components, aerospace assemblies, and government/military-specification parts.

Microcision LLC is a precision contract manufacturer of medical implants, surgical instruments, and miniature machined components for orthopedic, spinal, dental, neurological, maxillofacial, and hand/foot/ankle applications. Located in Pennsauken, NJ, the company operates a state-of-the-art facility featuring advanced CNC machining, Swiss-type turning centers, 5-axis milling, and wire EDM equipment capable of tolerances as tight as ±0.0001 inches. Microcision manufactures complex precision components from medical-grade metals and plastics, including small bone implants, spine fusion hardware, dental implant components, and drug delivery system parts. The company provides full-service capabilities spanning product design and development, prototype creation, and full-scale production with finishing operations including passivation, anodizing, laser marking, assembly, and packaging. Quality assurance employs vision systems, CMM (coordinate measuring machines), optical comparators, binocular microscopes, and digital inspection equipment to ensure lot traceability and dimensional accuracy. Certified to ISO 13485:2016, Microcision serves the medical device industry with expertise in producing complex miniature implants and instruments on-time and on-budget. The company maintains extensive in-house expertise in medical product design and manufacturing compliance.

Stryker Corporation is a global medical technology company headquartered in Portage, Michigan, serving hospitals, surgical centers, and healthcare providers worldwide. The company manufactures and distributes a comprehensive portfolio of medical devices, surgical equipment, implants, and visualization systems across multiple specialties including orthopedics, neurosurgery, spine, trauma, cardiovascular, endoscopy, acute care, and emergency medicine. Key product categories include joint replacement implants (hips, knees) with Mako Robotic-Arm Assisted Technology, neurosurgical and spine instruments with 3D-printed technologies, minimally invasive surgical systems (laparoscopy, arthroscopy, endoscopy), emergency care equipment, communications systems for patient environments, interventional spine products (vertebroplasty, radiofrequency ablation), craniomaxillofacial solutions, sports medicine implants, and neurovascular stroke care devices. Stryker operates manufacturing facilities in multiple countries including Canada, China, and the US. The company maintains a strong commitment to sustainability through device reprocessing and remanufacturing services for single-use medical devices. With regional headquarters and distribution centers across the Americas, Europe, Asia-Pacific, and Middle East & Africa, Stryker provides integrated sales, service, and technical support. The company is regulated by the FDA and maintains global certifications for medical device manufacturing and quality management systems.

Hans Biomed USA, Inc. is a global biotechnology company specializing in biologics, medical devices, and professional cosmeceutical products. The company focuses on aesthetic medical devices, bone graft materials, acellular dermal matrix (ADM) products, and skin booster formulas. Hans Biomed holds FDA 510(k) clearances for multiple products and maintains registered patents in 10 countries. Key product lines include MINT™ PDO (polydioxanone-based aesthetic device), klárdie Skin Booster, and MINT Microcannula™ for minimally invasive aesthetic procedures. The company operates three dedicated R&D centers globally and was the first in its industry to be listed on KOSDAQ in South Korea. Hans Biomed serves aesthetic medicine practitioners and medical device providers seeking innovative biologics and tissue engineering solutions. The company combines tissue engineering expertise with aesthetic and reconstructive medical device offerings, positioning itself as a comprehensive provider for practitioners in aesthetic medicine and reconstructive surgery markets.

BioCore9 LLC is a medical device manufacturer specializing in the design, manufacturing, and sales of orthopedic joint replacement implants. The company focuses on bone-preserving resurfacing systems for hip and shoulder applications, featuring advanced titanium nitride ceramic coating technology to enhance biocompatibility, surface hardness, and durability. Their implants are engineered to enable less invasive surgical approaches with reduced blood loss compared to total arthroplasty, facilitating faster patient recovery. Products are manufactured from Ti-6Al-4V alloy (ASTM F136) with ceramic Titanium Nitride thin-film coatings (6-8 μm thickness) that provide superior biological fixation through porous coating environments. BioCore9 serves orthopedic surgeons and healthcare facilities treating patients with post-traumatic arthritis, osteoarthritis, rheumatoid arthritis, and revision cases.

Osteogene Tech Inc. manufactures InRoad®, an innovative synthetic bone graft designed for orthopedic and dental surgical applications. The product utilizes a honeycomb-inspired porous bioceramic scaffold that emulates the biological microenvironment of natural bone, enabling superior osteoconduction and cell migration without donor-site morbidity. InRoad® is biocompatible, hydroxyapatite-based, and customizable for filling bone voids in dental implant surgery, trauma repair, and regenerative medicine procedures. The company's patented structural technology reduces procedural complexity while maintaining clinical efficacy, positioning it as a next-generation alternative to traditional allograft and xenograft options. Applications span dental bone augmentation, craniofacial reconstruction, and military/trauma bone repair.

Onkos Surgical is a precision orthopedic implant and surgical solutions company specializing in patient-matched, personalized approaches to complex bone and soft tissue reconstruction. The company serves over 350 leading academic medical institutions across the United States, focusing on oncologic and complex orthopedic cases including limb salvage, tumor reconstruction, and joint preservation. Onkos' core offerings include the ELEOS™ Limb Salvage System featuring BioGrip® Technology—a 3D-printed implant design addressing soft tissue and implant loosening failures—and the My3D® Personalized Solutions platform, a digital patient-matched system providing pre-operative planning, 3D visualization, graft-matching services, and comprehensive instrumentation. The company also manufactures the JTS (Juvenile Tumor System), an extendible implant for pediatric bone tumor patients that lengthens as the child grows. A key innovation is NanoCept®, the first FDA-granted antibacterial coating technology for orthopedic implants, demonstrated to protect implants from bacterial contamination at the time of surgery prior to implantation. The company emphasizes surgeon-driven, patient-inspired design reducing surgical complexity while driving personalization and addressing clinical challenges. Onkos combines virtual surgical planning, 3D modeling and printing, implant design, and workflow optimization to support improved patient outcomes. The company is actively engaged in post-market surveillance studies and has opened a dedicated Innovation Center for NanoCept® antibacterial technology development and manufacturing.

Ferry Machine Corporation is a precision manufacturing specialist with over 70 years of experience serving the medical device and orthopedic implant sectors. As a second-generation family-owned business, the company combines traditional craftsmanship with advanced technological capabilities to produce complex orthopedic implants and surgical instrumentation for knees, hips, joints, and spine applications. Operating from Little Ferry, New Jersey, Ferry Machine offers comprehensive manufacturing services including multi-axis CNC machining, custom prototyping, welding, assembly, heat treating, and design engineering. The company holds ISO 9001 and ISO 13485 certifications, ensuring compliance with medical device manufacturing standards. In addition to the medical sector, Ferry Machine serves aerospace, defense, and pharmaceutical industries with precision-engineered components. The company functions as a trusted OEM partner for leading medical device manufacturers developing next-generation surgical tools and implantable technologies.

Surgical Fusion Technologies develops next-generation soft tissue-to-bone fixation solutions for orthopedic surgery. The company specializes in bioresorbable ultrasonic anchors that melt seamlessly into bone, providing secure fixation with minimal footprint and strong pull-out force. Their flagship product line, SupraFusion, is FDA-approved and engineered for minimally invasive orthopedic procedures including foot and ankle, hand, and wrist surgery. The company collaborates directly with leading orthopedic surgeons to develop user-centered solutions that reduce recovery time and improve patient outcomes. Their technology platform combines advanced materials science, ultrasonic energy delivery, and bioresorbable polymer chemistry to create soft tissue anchors designed for fast recovery and reliable performance. Surgical Fusion Technologies operates as a medical device manufacturer focused on orthopedic fixation systems, serving orthopedic surgeons and surgical centers targeting athletic populations and patients requiring soft tissue-to-bone repair.

SCT, Inc. is a female-owned medical device manufacturer specializing in orthopedic implants, instrumentation, tools, and hardware. Based in Franklin Lakes, NJ, the company operates a hybrid manufacturing business model with in-house capabilities spanning design, manufacturing, post-processing, validation, and quality control. The organization maintains ISO 13485 certification and FDA registration, with demonstrated compliance to OECD guidance on responsible mineral sourcing from conflict-affected regions. SCT supports customers across multiple scale levels—from small-batch to large-scale production runs—with capabilities including rapid development cycles, vendor-managed inventory (VMI), and competitive pricing. The management team averages 20+ years of tenure, with hourly manufacturing staff averaging 12+ years, ensuring operational continuity and manufacturing proficiency. The company positions itself as a contract manufacturing partner offering start-to-finish in-house solutions for orthopedic device OEMs and suppliers. Manufacturing capabilities encompass validation testing, engineering support, materials sourcing, supply chain management, and post-processing services. On-time delivery and quality assurance are core operational commitments.

b-ONE Medical is an orthopedic implant manufacturer specializing in hip and knee replacement systems. The company offers proprietary joint replacement technologies including the MOBIO® Total Knee System, built on over 30 years of design and manufacturing expertise. Hip replacement offerings include the JUVENO® and KOSMO® femoral stems, plus the PRIMO™ acetabular system. The company is developing next-generation technologies including AvaTi™ 3D-printed technology and Sapphire GXL™ gradient-crosslinked antioxidant polyethylene formulations. b-ONE positions itself as clinically proven with proprietary material and design innovations aimed at improving surgical outcomes and patient mobility while optimizing healthcare economics. Products are designed for orthopedic surgeons and hospitals performing joint reconstruction procedures.

Bonebridge is a Swiss medical device manufacturer founded in 2018, serving the US market through its subsidiary Bonebridge Inc. The company specializes in the design, development, production, and distribution of orthopaedic trauma implants. Bonebridge's product philosophy centers on reducing complexity in fracture care through streamlined, user-friendly implant systems that require minimal training and promote efficient surgical workflows. The company's implant portfolio covers the majority of fracture patterns affecting both upper and lower extremity, utilizing a simplified two-instrument-set approach (2.5mm and 3.5mm) to minimize operative complexity. Key product lines include the Cascella superior clavicle system (3.5mm) and the Sitter versatile system (3.5mm), designed for systematic clinical application in collaboration with world-renowned orthopaedic surgeons. All implants are manufactured in Switzerland to ensure quality and reliability. The company serves orthopaedic trauma surgeons and hospital surgical departments across the United States, positioning its implants as alternatives to conventional trauma fixation systems by emphasizing clinical performance, versatility, and operational simplicity.