Gain unprecedented speed and design freedom with our precision 3D printing and CNC solutions for Medical prototyping and production.
3D Printing For Medical Manufacturing
Patient-Specific Production
3D printing uses patient CT/MRI data to create customized medical devices and implants, making personalized healthcare a reality and driving growth in the medical 3D printing market.
Rapid Additive Manufacturing
3D printing cuts medical device production from weeks to hours. Market reports show the medical 3D printing sector is set to grow 14%-22% annually, driven by faster production cycles.
Unmatched Design Freedom
3D printing enables porous, lattice, and biomimetic implants, boosting lightweight design and bone integration. Controlled 300-500 um titanium pores are driving orthopedic advances.
Scalable Production Enablement
Hospitals, manufacturers, and regulators are integrating 3D printing into standard workflows, driving the market toward multi-billion-dollar growth and making it a core part of medical infrastructure.
The Future of Medical Manufacturing
With the rise of personalized manufacturing, shorter production cycles, and scalable complex biomimetic structures, healthcare is entering an era of on-demand, patient-specific, precision 3D printing. Custom implants, surgical instruments, and preoperative models can now be produced quickly and efficiently. Advanced materials are enabling breakthroughs in tissue repair, orthopedic reconstruction, organ replacement, and precision surgery, transforming medical devices from standardized to highly personalized solutions.
At Unionfab, we are turning this future into reality with advanced additive manufacturing solutions for the healthcare industry. From preoperative prototypes and diagnostic housings to wearable device casings, our capabilities span early design validation, engineering optimization, and functional part production that meets stringent medical testing standards. We provide hospitals and medical manufacturers with a one-stop, reliable, high-quality production solution, accelerating the translation of medical innovation from concept to clinical reality.
3D Printing Applications in Medical
Medical Model:
Preoperative simulation model; teaching and training models (heart, tumor, etc).Medical Surgical Tools:
Customized surgical instruments; surgical guide plate.Medical Devices and Prosthetic Limb:
Customized prosthetics and orthoses; protective gear; surgical implants for hip joints, knee joints, etc.Dental Application:
Orthodontic appliances; dentures and crowns; dental stent.Rehabilitation and Assistive Devices:
Personalized stent; customized training equipment.Medical Prototype:
Prototype of bone and joint structure; implant design prototype; prototype development of medical devices.
Trusted by Medical Engineers and Designers from Medical Product and Equipment Companies
Medical Device Manufacturers
Healthcare Providers
Life Sciences Companies
Biotechnology Companies
Pharmaceutical Manufacturers
Diagnostic Equipment Manufacturers
Surgical and Medical Device Manufacturers
Surgical Instrument Manufacturers and Suppliers
Hospital Administrators
Customized AFO Orthotics 3D Printing Solution | Unionfab
Unionfab leverages SLS (Selective Laser Sintering) 3D printing technology to produce fully customized ankle-foot orthoses (AFOs) tailored to each patient's unique anatomy. By manufacturing directly from patient anatomical data, Unionfab eliminates the need for traditional molds, enabling rapid delivery of lightweight, high-performance orthopedic orthotics with exceptional fit and comfort.
- 100% custom fit orthotics: Designed directly from patient-specific anatomical data, ensuring precise fit, improved stability, and enhanced wearing comfort.
- 40-60% faster lead time: A fully digital production process accelerates manufacturing and delivery, dramatically improving service responsiveness and time-to-patient.
- 30-50% weight reduction: Compared with traditional orthopedic braces, SLS 3D printed AFOs are significantly lighter while maintaining structural strength, ideal for long-term daily use.
- Cost-effective custom manufacturing: Mold-free production reduces tooling costs, making single-piece and small-batch custom orthoses more economical than conventional methods.
The Main Advantages of 3D Printing in the Medical Industry
- Patient-Specific CustomizationMedical 3D printing enables patient-specific implants, prosthetics, orthotics, and surgical guides based on precise anatomical data, ensuring optimal fit, improved comfort, and better clinical outcomes.
- Rapid Medical Product DevelopmentWith additive manufacturing for medical devices, complex structures can be rapidly prototyped, tested, and produced, significantly reducing R&D cycles and accelerating time-to-market.
- Medical Education and Surgical Training3D printed anatomical models and organ models are widely used in medical education and surgical training, offering realistic anatomy for hands-on learning and preoperative planning.
- Complex Geometry and Advanced Structures3D printing technology supports the fabrication of hollow parts, lattice structures, porous designs, and microfluidic devices that are difficult to achieve with traditional medical manufacturing.
- Cost-Effective Medical ManufacturingBy eliminating molds and tooling, medical additive manufacturing lowers development and production costs, making customized, low-volume, and on-demand medical products more economical.
Industry Standards and Compliance
At Unionfab, we follow medical and medical device industry standards to ensure compliant and reliable manufacturing for healthcare applications. Unionfab is ISO 9001 and ISO 13485 certified, providing a standardized quality system covering material control, additive manufacturing, post-processing, inspection, and final release. With continuous quality and process monitoring, we ensure dimensional accuracy, material performance, batch consistency, and full traceability, delivering high-quality 3D printed parts for medical devices and regulated industries.Overview of Common Additive Manufacturing Processes
Metal 3D Printing Service
Selective Laser Melting(SLM): Metal 3D printing enables the fabrication of complex, high-strength components with intricate internal geometries. It is the premier choice for components of medical devices and custom high-performance surgical tools.
Common Materials: Titanium Alloy (Ti6Al4V), Stainless Steel (316L, 17-4 PH), Inconel 625, Aluminum Alloy (6061, AlSi10Mg) etc.
Specific Applications: Customized surgical guides, lightweight structural components for medical devices
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Plastic / Polymer 3D Printing Service
Selective Laser Sintering(SLS): Plastic part 3D printing processes offer high strength and durability, making them suitable for a wide range of functional parts, while also enabling the production of structures with excellent flexibility.
Common Materials: Nylon 6, 11, 12 (glass-filled), Nylon 12-FR, TPU etc.
Specific Applications: Medical equipment shells, prosthetic limb components
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Thermoplastic 3D Printing Service
Fused Deposition Modeling(FDM): Cost-effective and easy to operate, this 3D printing process supports a wide range of materials, including engineering plastics and high-temperature biocompatible materials.
Common Materials: PETG, PC, ASA, Stratasys ULTEM 9085, PC-FR(UL94-V0), PA6-GF, PA6-CF, Nylon 12 Carbon-filled etc.
Specific Applications: Low-cost surgical models, auxiliary instruments
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Resin 3D Printing Service
Stereo Lithography Apparatus(SLA): High-resolution resin 3D printing offers high precision and smooth surfaces, capable of producing intricate details. It is ideal for transparent models and precision structures applications.
Common Materials: Standard Resin, High Detail Resin, Nylon-like Resin, Tough Resin etc.
Specific Applications: Medical models, prototypes of instrument shells
CNC Machining Service
CNC Machining: CNC machining offers high precision, dimensional stability, excellent surface quality, and is well suited for metal processing, meeting the strict requirements of medical devices for accuracy, cleanliness, biocompatibility, and reliability.
Common Materials: CNC Engineering Plastics, CNC Alloys (Aluminum, Stainless Steel, Copper, Bronze, Brass etc.), CNC Ceramics, CNC Rubber etc.
Specific Applications: Processing of medical device components, manufacturing of medical molds
Silicone Molding Service
Silicone Molding: The overmolding process allows silicone to be applied to plastic, metal, and other substrates, enabling parts to retain structural strength while offering a soft-touch feel and biocompatibility. A shaping tool suitable for customizing and fitting to the human body shape.
Common Materials: PC-like, Nylon-like, PMMA-like, Flame resistance ABS, Heat-resistant 6160 etc.
Specific Applications: Surgical instrument handles, medical equipment buttons and grips, electrocardiogram monitoring patches
Key Success Factors
Design Optimization
We provide component design optimization services, including topology optimization, lightweight design, and manufacturability analysis, to achieve the optimal balance between performance and cost.
Expert Support
We have an experienced team of engineers that provides comprehensive technical support, including material selection recommendations and process guidance, to ensure smooth project progress.
Rapid Prototyping
We support rapid prototyping and small-batch custom production within 3-7 days, helping customers shorten R&D cycles and accelerate product iteration.
Project Collaboration
From requirement analysis and solution design to production and post-processing, we provide full-process project management to ensure transparency and control at every stage, while maintaining efficient communication with the customer's R&D team.
Quality Assurance
All components undergo rigorous testing and comply with ISO, CE, and RoHS standards. We also provide comprehensive after-sales support to ensure customers have complete peace of mind.
Frequently Asked Question(FAQ)
Unionfab offers a range of medical-grade 3D printing materials, including PA12, PA11, and sterilizable medical metals such as titanium alloys and 316L stainless steel. These materials meet clinical contact application requirements and are widely used for surgical guides, preoperative models, and custom medical supports.
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