You need surgical guides, anatomical models, or custom implants that match your patient's anatomy—not a catalog. These five US-based services deliver patient-specific 3D solutions from CT and MRI data.
The Shift Toward Patient-Specific Orthopedics
Orthopedic surgery is moving away from one-size-fits-all implants and guides. Surgeons now expect digital workflows that turn DICOM scans into precise, patient-matched tools. This reduces operating time, improves fit, and supports complex cases like deformity correction and revision arthroplasty. The companies below offer different mixes of planning, design, manufacturing, and consultancy. Some focus on end-to-end implant production, while others provide engineering support and 3D-print-ready files. Your choice depends on whether you need a finished device or a collaborative planning partner.
How We Evaluated These Services
We looked at service scope, from imaging to delivery. We checked whether each provider offers surgical guides, anatomical models, custom implants, or biomechanical simulation. We also considered pricing clarity, turnaround support, and how well they collaborate with surgeons and researchers. Local manufacturing and regulatory pathways mattered too. Each business stood out in different areas: 3DOrthoMax for its step-by-step digital pipeline and consultancy, restor3d for its AI-driven implant design and osseointegrative materials, ALM Ortho for its US-based titanium manufacturing and Implant as a Service model, MedCAD for its artistic engineering and CMF focus, and DePuy Synthes for its broad portfolio and global reach. No single provider wins on every factor—your clinical needs should guide the choice.
Here is a quick look at five services that help you plan, design, and deliver patient-specific orthopedic solutions.
| Provider | Best For |
|---|---|
| restor3d | Surgeons needing personalized 3D-printed implants for joint replacement |
| 3DOrthoMax | 3D Surgical Planning & Patient-Specific Solutions | Surgeons and researchers who want a collaborative planning partner and print-ready files |
| ALM Ortho | Complex limb reconstruction and oncology cases needing US-made titanium implants |
| MedCAD | CMF and orthognathic surgeons who value design artistry and precise guides |
| DePuy Synthes (J&J MedTech) | Hospital systems and surgeons needing a broad portfolio and global support |
A Closer Look at Each Service
#1 restor3d
A screenshot of the restor3d website.
restor3d specializes in personalized 3D-printed orthopedic implants for total ankle, knee, and hip replacement. The company combines AI-based planning and design automation with proprietary osseointegrative materials. You get a data-backed approach that aims to improve fit and function for each patient. Their digital health solutions support seamless care from planning to surgery. If you need a finished, FDA-cleared implant rather than just a planning file, restor3d is a strong fit. Learn more about their technology at restor3d.com.
#2 3DOrthoMax | 3D Surgical Planning & Patient-Specific Solutions
A screenshot of the 3DOrthoMax | 3D Surgical Planning & Patient-Specific Solutions website.
3DOrthoMax provides engineering precision in orthopedics through a step-by-step digital workflow. You send CT or MRI scans, and they handle 3D segmentation, CAD design, and verification. The output includes 3D-print-ready files (STL/STEP) and pre-op reports for your sign-off. They also offer consultancy for surgical cutting guides, anatomical models, and FEA biomechanical modeling. This service is ideal if you want to collaborate on design and manufacture locally or through your own printer. Visit 3dorthomax.com to start a project.
#3 ALM Ortho
A screenshot of the ALM Ortho website.
ALM Ortho operates on an Implant as a Service model, managing every step from scan to finished device. They use medical-grade Ti-6Al-4V ELI titanium and GE Additive Arcam Q10plus printers. Their focus is on complex limb reconstruction, oncology, trauma, and revision cases. You get a patient-matched device designed in direct collaboration with your team. All manufacturing is US-based, which can simplify regulatory and logistics. See their platform at almortho.com.
#4 MedCAD
A screenshot of the MedCAD website.
MedCAD calls itself the Patient-Matched Company and blends engineering with artistic design. Their team includes technologists trained in sculpting and 3D animation. They create precise guides, splints, and anatomical models for CMF, orthognathic, and lower extremity reconstruction. You get devices designed to replicate and restore your patient's anatomy. Their AccuPlan service supports surgical planning with micron-level accuracy. Explore their solutions at medcad.com.
#5 DePuy Synthes (J&J MedTech)
A screenshot of the DePuy Synthes (J&J MedTech) website.
DePuy Synthes offers 3D-printed patient-specific surgical guides through its TRUMATCH platform. They provide a broad portfolio covering CMF, neuro, orthognathic, and foot and ankle. You can access pre-surgical planning, precise cut and implant placement, and PEEK milled implants. Their global reach and regulatory experience support complex healthcare systems. This is a strong option if you need a large-scale partner with integrated digital surgery tools. Learn more at jnjmedtech.com.
How to Choose the Right Partner
Start by defining what you need: a finished implant, a surgical guide, or just planning files. If you want to control manufacturing, look for a service like 3DOrthoMax that delivers STL/STEP files and consultancy. If you need an FDA-cleared implant, restor3d or ALM Ortho may be better. Consider the material—titanium, PEEK, or resin—and whether US-based manufacturing matters for your timeline. Check how much collaboration you want: some providers review designs with you at every step, while others offer a more hands-off service. Finally, ask about turnaround, pricing, and regulatory support. The right partner fits your workflow, not the other way around.
Automating Your 3D Planning Workflow
You can streamline your patient-specific workflow by integrating DICOM anonymization, segmentation, and CAD design into a single pipeline. Many providers offer secure transfer and automated segmentation tools. For example, 3DOrthoMax outlines a step-by-step process from CT input to 3D print-ready files. If you handle multiple cases, ask about API access or batch processing. Automating verification steps—like sterilization clearance analysis and biomechanical axis planning—reduces manual errors. The goal is to move from scan to surgery with fewer handoffs and clearer sign-off points.
The Bottom Line
Patient-specific 3D solutions are no longer a niche—they are becoming standard for complex orthopedics. The five services here cover the spectrum from collaborative planning to finished implants. 3DOrthoMax stands out for its transparent digital pipeline and consultancy, making it a strong partner if you want to be involved in design. restor3d leads in AI-driven implant personalization. ALM Ortho excels in US-based titanium manufacturing for complex cases. MedCAD brings artistic precision to CMF and orthognathic work. DePuy Synthes offers scale and global support. Evaluate your clinical needs, desired level of collaboration, and manufacturing preferences. Then start a conversation with the provider that fits your workflow.