Best Orthopedics Companies in New Jersey, United States
The 42 best Orthopedics companies in New Jersey, United States in 2026, ranked by funding and momentum. Funding, investors, founders, valuation, tech stack and live signals. Top: Globus Medical.
Our analysis of 50 Orthopedics companies
$3.4b in tracked funding; 82% of the stack-profiled cohort runs cloud-native; funding activity peaked in 2025.
Ranked: Best Orthopedics companies in New Jersey
| # | Company | Disclosed funding | Last round | Employees | Founded | Founder | Tech stack | Patents & IP focus | Recent signals |
|---|---|---|---|---|---|---|---|---|---|
| 1 | Globus Medical Developer of minimally invasive products for musculoskeletal procedures | $110M | 228 mo ago | 1,542 | 2003 | — | WordPress Block EditorWordPressSentry+35 | 5,167 patents Spinal and orthopedic implants with robotic assistance and integrated sensor technologies. | — |
| 2 | Axiomed Viscoelastic spinal disc replacement technology restoring normal spine motion and shock absorption | $77M | 105 mo ago | 16 | 2001 | — | — | 12 patents Smart spinal disc implants with integrated sensing for monitoring and replacement surgery | — |
| 3 | Onkos Surgical Modular segmental solutions (3D printing) for orthopedic procedures 48Funding top 23%Talent top 38%Moat top 43%Innovation top 47% All 9 signals ▾Fundingtop 23% Talenttop 38% Moattop 43% Innovationtop 47% Techtop 47% Patentstop 47% Marketbottom 40% Globalbottom 36% Newsbottom 21% Funding: Raised $72.3M across 5 rounds · 5 rounds over 11 yrs (0.5/yr) Talent: 2 named leaders on record · 2 C-suite/founder profiles curated rank vs industry peers · Fliar Intelligence Index 48/100 | $72M | 19 mo ago | 77 | 2015 | Patrick Treacy Co-Founder & CEO | WordPressMySQLPHP+28 | 42 patents Soft-tissue attachment technologies for orthopedic implants, including suture hole design and fixation methods. | — |
| 4 | ORTHOCON Surgical therapeutic devices using a first-in-class materials science platform | $27M | 191 mo ago | 23 | 2005 | — | — | 33 patents Patents concentrated in health & consumer products | — |
| 5 | Acuitive Technologies Developer of regenerative products for musculoskeletal injury and disease | $23M | 33 mo ago | 32 32 → 28 (-12%) | 2014 | — | WixSentryEnvoy+8 | 32 patents Logistics software, big‑data analytics UI, data security, and citrate‑based bone graft implants | — |
| 6 | Royal Biologics Innovating orthobiologics and wound care solutions for enhanced healing | $20M | 18 mo ago | 16 | 2015 | Salvatore Leo CEO | — | 14 patents Autologous bone graft enhancement and marrow-derived cell/fluid separation technologies | — |
| 7 | Gennao Bio Developer of nucleic acid therapeutics for cancer and rare muscular disorders | $16M | 44 mo ago | 37 | 2020 | Peter Glazer Co-Founder | — | — | — |
| 8 | b-ONE Ortho Developer of orthopedic-assited surgery devices | $15M | 44 mo ago | 12 | 2015 | — | ZohoPHPLaravel+6 | — | — |
| 9 | Immetas Developer of therapeutic solutions for treating cancers and inflammatory diseases | $11M | 71 mo ago | — | 2018 | J Wang Founder & CEO | — | — | — |
| 10 | Abyrx Surgical therapeutic devices using innovative biomaterials for bone procedures | $10M | 116 mo ago | 19 | 2013 | — | Windows ServerKineticJSMicrosoft ASP.NET+9 | 91 patents Patents concentrated in health & consumer products | — |
| 11 | Impliant Provider of spine arthroplasty solutions for motion preservation | $7M | 201 mo ago | — | 2006 | Todd Potokar CEO | — | — | — |
| 12 | Advanced Tactile Imaging Innovating women's pelvic healthcare with biomechanical mapping and digital twin technologies 16Innovation top 40%Funding top 43%Talent bottom 45%Product bottom 44% All 7 signals ▾Innovationtop 40% Fundingtop 43% Talentbottom 45% Productbottom 44% Globalbottom 29% Techbottom 24% Marketbottom 13% Innovation: 2 product lines Funding: Raised $6.3M across 8 rounds · 8 rounds over 10 yrs (0.8/yr) rank vs industry peers · Fliar Intelligence Index 16/100 | $6M | 12 mo ago | 6 | 2013 | Vladimir Egorov Chairman and Chief Executive Officer | — | — | — |
| 13 | Allgens Medical Biomimetic Bone void fillers and bone grafts | $6M | 157 mo ago | — | 2004 | Helen Cui CEO | — | — | — |
| 14 | Vuja De Sciences Developer of therapies for preventing metastasis and recurrence of cancers | $3M | 22 mo ago | 7 | 2017 | — | — | — | — |
| 15 | Replication Medical Biocompatible medical implants for back pain | $2M | 184 mo ago | 4 | 2001 | Ann Prewett CEO | — | — | — |
| 16 | NeuroTechR3 Developing personalized neurorehabilitation exergames | $1M | 15 mo ago | 8 | 2020 | Amanda Gross Co-Founder & CTO | — | — | 1 internship |
| 17 | NovoPedics Implantable meniscus replacement and regeneration device | $500K | 49 mo ago | 4 | 2013 | — | — | 4 patents Orthopedic fibrocartilage replacement implants for joint cartilage repair | — |
| 18 | Robossis Developer of a surgical robot for long-bone fracture alignment | $260K | 13 mo ago | 5 | 2019 | Mohammad Abedin-Nasab Founder & CEO | — | — | — |
| 19 | Precision Spine Spinal device company providing comprehensive solutions for patients, surgeons, and providers | $258K | 175 mo ago | 144 144 → 89 (-38%) | 2012 | — | VideoJSFlat UIBootstrap+9 | — | — |
| 20 | Tyber Medical OEM orthopedic implant provider offering rapid access to regulatory-cleared solutions | $225K | 90 mo ago | 143 | 2012 | Jeff Tyber Chief Executive Officer and Founder | — | — | 1 job opening · 1 award |
Top 12 Orthopedics companies in New Jersey
#1
Series C · Parsippany Troy Hills, New Jersey · founded 2015 · 77 employees$72.3Mraised▾
Onkos Surgical is focused on developing implants and instruments for musculoskeletal tumor patients. The Guardian Limb Salvage System is designed to provide options for patients when a surgical intervention is required due to cancer or metastatic diseases. The system is indicated for procedures when a radical resection and replacement of the proximal tibia and/or proximal, distal and/or total femur is required. They use 3D technology to develop modular systems patient specific products. Its solutions include the GUARDIAN Limb Salvage System which includes hinges for the femur and tibia for indications during surgical intervention. It has partnered with Vivex Biomedical to provide a portfolio of tissue products to support the needs of musculoskeletal oncologists. The company's uDesign Patient Solutions is a combination of advanced 3D printing technologies, limb restoration technologies, and biologic solutions.
- Jan 2025Venture Debt$35M
- May 2023Series C$33.5M
- Apr 2020Series B$10.1M
- Jul 2019Series B$22.6M
#2
Funding Raised · Trenton, New Jersey · founded 2013 · 6 employees$6.3Mraised▾
Innovating women's pelvic healthcare with biomechanical mapping and digital twin technologies. The company is a medical device developer and manufacturer focused on women's healthcare, pioneering novel devices for diagnosing and evaluating vaginal and pelvic floor conditions. They create unique tactile and ultrasound imaging devices, including the Vaginal Tactile Imager and Vaginal Tactile Ultrasound Imager, to aid in the diagnosis of pelvic conditions. Committed to advancing diagnostic and treatment capabilities, they actively pursue clinical research partnerships. Their work aims to quantify the sense of touch, providing valuable information for healthcare professionals. They are focused on biomechanical mapping, digital twin technologies, and women's health.
- Aug 2025Grant (prize money)$299.9K
- Jan 2025Grant (prize money)$299.9K
- May 2023Grant (prize money)$299.9K
- Sep 2019Grant (prize money)$224.9K
#3
Series A · Jersey City, New Jersey · founded 2015 · 16 employees$19.6Mraised▾
Innovating orthobiologics and wound care solutions for enhanced healing. A premier orthobiologics and life science company dedicated to innovating and advancing cutting-edge solutions that enhance healing across diverse clinical applications. The mission centers on leveraging Autologous and Live Cellular therapies to address a wide spectrum of musculoskeletal and regenerative medicine challenges through a comprehensive product portfolio. They prioritize patients by providing innovative wound care and biologic solutions that enhance healing and improve quality of life. A pioneering leader in orthobiologic and wound care research and development, they deliver top-tier, innovative biologic solutions that enhance the healing process and improve patients' quality of life. Driven by patient-centered care, innovation and excellence, and integrity and compassion, they provide a comprehensive array of products tailored to meet the varied needs of the orthobiologic and wound care industry. They are continuously developing and launching new products and solutions that set benchmarks for quality, effectiveness, and patient outcomes. Their commitment to research and innovation keeps it at the f
- Feb 2025Series A$19.6M
- Jun 2019Seed—
#4
Funding Raised · Newark, New Jersey · founded 2020 · 8 employees$1.2Mraised▾
Developing personalized neurorehabilitation exergames. The company creates fun, engaging exergames to improve hand and arm function in children and adults. These products utilize technology and research in brain plasticity, offering gamified rehabilitation with remote or in-person clinician supervision and progress tracking. The system is designed for use in various settings, including hospitals, outpatient centers, schools, and homes, providing a cost-effective solution to improve patient outcomes. The exergames aim to enhance rehabilitation and improve quality of life for individuals with disabilities.
- May 2025Grant (prize money)$575K
- Sep 2024Grant (prize money)$287.5K
- Jun 2022Grant (prize money)$100K
- May 2021Grant (prize money)$276K
#5
Seed · Hoboken, New Jersey · founded 2017 · 7 employees$2.7Mraised▾
Developer of therapies for preventing metastasis and recurrence of cancers. It offers a lead candidate VUJ-100 that has anti metastatic activity based on properitory platform for multiple metastatic osteosarcoma and other cancer models.
- Oct 2024Conventional Debt—
- Oct 2024Seed$370K
- Feb 2024Seed$700K
- Feb 2024Conventional Debt—
#6
Seed · Camden, New Jersey · founded 2019 · 5 employees$260Kraised▾
Developer of a surgical robot for long-bone fracture alignment. The system includes a surgical robot, imaging software, and a haptic controller. It enables surgeons to apply traction forces and precisely align fractured bones. The system utilizes imaging technology to automatically align bone fragments. It reduces radiation exposure during the alignment procedure.
- Jul 2025Seed$110K
- Jul 2022Seed$150K
#7
Series A · Allendale, New Jersey · founded 2014 · 32 employees$22.5Mraised▾
Developer of regenerative products for musculoskeletal injury and disease. The company has Citrelock tendon fixation devices, Citrefix knotless suture anchor devices, and Citrespline to protect tendons and ligaments. These devices are based on Citregen biomaterial technology which is a bioresorbable synthetic polymer helps in tissue regeneration.
- Dec 2023Series A$13M
- Jun 2023Series A$5.8M
- May 2022Series A$3.8M
#8
Series B · Hopewell, New Jersey · founded 2020 · 37 employees$16Mraised▾
Developer of nucleic acid therapeutics for cancer and rare muscular disorders. The company is developing first-in-class targeted nucleic acid therapeutics utilizing a proprietary gene monoclonal antibody (GMAB) platform technology to deliver nucleic acid payloads, including mRNA, DNA, siRNA, and ASOs. The company's initial focus is to treat cancers, Duchenne muscular dystrophy (DMD), and other rare muscle diseases.
- Dec 2022Series B$15M
- Dec 2021Series A$1M
- May 2021Series A$10M
#9
Acquired · Garfield, New Jersey · founded 2001 · 16 employees$76.8Mraised▾
Viscoelastic spinal disc replacement technology restoring normal spine motion and shock absorption. The company specializes in developing and manufacturing next-generation artificial discs using proprietary viscoelastic polymer technology. Their focus is on providing innovative solutions for patients with degenerative spine conditions, offering an alternative to fusion and first-generation artificial discs. The company's primary goal is to restore normal spine movements by replacing diseased spine discs, emulating a healthy disc to reestablish normalcy. They are also developing smart sensor technologies for spine and orthopedic medical devices, aiming to revolutionize outcome monitoring and optimization in musculoskeletal care. Their products are designed to facilitate pain relief and restoration of normal spinal function for patients with degenerative disc disease.
- Nov 2017Series D$100K
- Oct 2017Series D$10M
- Jan 2017Series D$1M
- Apr 2014Series D$1.1M
#10
Series B · Hanover, New Jersey · founded 2015 · 12 employees$15.3Mraised▾
Developer of orthopedic-assited surgery devices. The company has developed products such as MOBIO Total Knee System, KOSMO Stem, JUVENO Stem, and PRIMO Acetabular System.
- Dec 2022Conventional Debt—
- Dec 2022Series B—
- Apr 2021Series B$15.3M
- Mar 2020Series A—
#11
Public · Audubon, New Jersey · founded 2003 · 1542 employees$110Mraised▾
Developer of minimally invasive products for musculoskeletal procedures. The company develops, manufactures, and markets orthopedic implants, including those for the spine, trauma, and artificial joints.
- Aug 2007Series E$110M
#12
Acquired · Irvington, New Jersey · founded 2005 · 23 employees$27.2Mraised▾
Surgical therapeutic devices using a first-in-class materials science platform. The company focuses on developing and manufacturing innovative therapeutic devices for surgical procedures. Their solutions aim to consolidate features and benefits that surgeons desire into easy-to-use products. They offer water-soluble, hemostatic bone putty, including options in syringe-like applicators and containing HA/β-TCP. A key product is a cohesive, settable, and resorbable hemostatic bone putty that adheres to bleeding bone surfaces and is putty-like immediately upon opening. Their products are designed for ease-of-use in various surgical fields, including ortho, trauma, spine, sports medicine, cranial, maxillofacial, and cardiothoracic procedures. The company operates in the B2B space, providing specialized medical devices to healthcare professionals.
- Sep 2010Series B$2.2M
- Apr 2009Series B$25M
Funding & investor landscape
Notable founders
Market landscape — 10 sub-themes by coverage
Share of Orthopedics coverage by sub-theme.
Regulatory-risk over time rising
Funding & growth over time
funding rising · growth flat
How research on Medical Devices is moving in the United States
A read on the academic research around Medical Devices — which themes are gaining ground, the institutions and researchers driving them, and how the tone is shifting. Based on 1,830 United States-affiliated papers.
- Johns Hopkins University74
- United States Food and Drug Administration59
- Harvard University54
- Center for Devices and Radiological Health53
- Design Intelligence36
- Biocompatible material2→9
- Robotics7→13
- Health care1→6
- Tissue engineering1→5
- Automation1→5
- Health care2→24
- MEDLINE1→21
- Quality (philosophy)3→15
- Robotic surgery18→29
- Product (mathematics)5→16
- MEDLINE1→36
- Robotic surgery7→24
- Patient safety19→32
- Key (lock)6→19
- Quality (philosophy)10→20
Where medical devices is researched across United States
Location clusters by institution affiliation — each city's volume, stance tone, and a quick read on its hot topic, what's advancing, the opening opportunity, and the main concern.
Who's filing medical devices patents in the United States
United States medical devices patent filing is accelerating — 666,693 filings from 8,000 assignees (2016–2025), led by Covidien, Boston Scient Scimed, Medtronic; annual filings 63466→63610.
- Covidien29348
- Boston Scient Scimed24762
- Medtronic22394
- Becton Dickinson18249
- Procter & Gamble16178
- Ethicon ENDO Surgery13723
- Kimberly Clark12440
- Ethicon11761