Biomedical, Veterinary, and Assistive Technology 3D Printing

Jaeger Technology Group supports biomedical, veterinary, prosthetic, orthotic, and research-focused 3D printing applications. Our work is centered on practical manufacturing support, material selection, machine selection, prototype development, and the use of additive manufacturing to help clinicians, researchers, educators, and product developers solve real-world problems.

We are not a medical practice, and we do not provide medical advice. Our role is to support qualified professionals, research teams, and organizations with design, manufacturing, prototyping, equipment selection, and technical guidance for appropriate 3D printing applications.

3D Printing for Prosthetics and Orthotics

Jaeger Technology Group has helped prosthetists evaluate and select 3D printers for their own shops, including systems capable of producing prosthetic sockets, orthotic braces, and related assistive devices.

These applications may require a wide range of materials depending on the use case, including soft, flexible, ductile, and rigid engineering polymers. Material behavior matters. A prosthetic or orthotic application may need toughness, flexibility, fatigue resistance, impact resistance, skin-contact compatibility, dimensional stability, or the ability to be adjusted and finished after printing.

We help customers think through:

  • Machine selection
  • Material selection
  • Print size requirements
  • Printer reliability and serviceability
  • Flexible and rigid material options
  • Workflow and shop integration
  • Cost of ownership
  • Practical production requirements

The goal is not just to buy a printer. The goal is to build a workflow that can reliably support the work being done in the shop.

Medical and Veterinary Models

We have produced 3D printed models for both medical and veterinary applications. These models can support education, visualization, planning discussions, training, research, and communication between professionals, students, and clients.

Medical and veterinary models can be especially useful when anatomy is complex, when a physical model helps explain a condition, or when students and clinicians benefit from hands-on learning tools.

Applications may include:

  • Anatomical models
  • Veterinary teaching models
  • Bone and joint models
  • Pathology demonstration models
  • Procedure planning models
  • Educational classroom models
  • Research and training aids

For veterinary schools, medical educators, and research groups, physical models can make abstract anatomy and clinical concepts easier to understand and teach.

Surgical Guide and Training Tool Support

Jaeger Technology Group has advised on surgical guides, training tools, and practice models for clinical and research environments. These tools can help professionals evaluate design concepts, practice workflows, and communicate procedural ideas before moving into higher-risk or regulated development stages.

Surgical guides and medical-use devices may be subject to regulatory, validation, sterilization, material, and quality system requirements. We approach these projects carefully and encourage appropriate review by qualified clinical, regulatory, and quality professionals.

Our support can include early-stage design assistance, prototyping, material discussion, manufacturability review, and practical input on how a concept may be produced or tested.

Veterinary and Farrier Innovation: The NuUz Horseshoe Project

Jaeger Technology Group is also involved in the NuUz horseshoe project, a veterinary and farrier-focused effort involving advanced 3D printed glue-on horseshoe designs.

This project combines hoof measurement, farrier workflow, parametric design, material selection, adhesive strategy, and 3D printing to explore new options for equine support. The work requires a practical understanding of geometry, loading, wear, fit, and field use.

NuUz is an example of how additive manufacturing can support specialized biomedical-adjacent and veterinary applications where standard manufacturing methods may not provide enough flexibility.

HARV-E: A Biomedical FRESH-Compatible Hydrogel Printing Platform

Jaeger Technology Group is also developing HARV-E, a biomedical hydrogel printing platform designed to support research and education. HARV-E is being developed as a FRESH-compatible hydrogel printer and workflow ecosystem for researchers working with soft materials, tissue models, and biofabrication methods.

The goal of HARV-E is not only to provide hardware, but to support the broader research workflow. Biomedical 3D printing is often limited by fragmented documentation, inconsistent material recipes, difficult setup, and a lack of practical process guidance. HARV-E is intended to help address those problems by combining accessible equipment with workflow support, material guidance, documentation, and researcher-focused resources.

HARV-E is being developed for research and educational use, not for direct clinical implantation or patient treatment.

Practical Biomedical Manufacturing Support

Biomedical and veterinary 3D printing requires more than simply printing a part. The application may involve anatomy, material performance, user fit, sterilization concerns, regulatory limits, documentation, repeatability, and real-world use conditions.

Jaeger Technology Group helps customers think through these issues early so projects are more practical from the start.

We can support biomedical and veterinary projects involving:

  • Prosthetic and orthotic 3D printing workflows
  • Medical and veterinary anatomical models
  • Training and practice tools
  • Early-stage surgical guide concepts
  • Research prototypes
  • Hydrogel printing systems
  • Biofabrication workflow development
  • Veterinary and farrier-related additive manufacturing
  • Machine and material selection
  • Prototype manufacturing and design support

Biomedical 3D Printing from Decatur, Alabama

Jaeger Technology Group supports clinicians, researchers, educators, prosthetists, orthotists, veterinarians, universities, and product developers from our facility in Decatur, Alabama.

Our strength is practical technical execution. We help teams select equipment, evaluate materials, produce prototypes, build models, and develop workflows that support real biomedical, veterinary, research, and assistive technology applications.

Whether the project involves prosthetic sockets, orthotic braces, medical models, veterinary teaching tools, surgical training aids, equine support products, or hydrogel printing research, Jaeger Technology Group can help move the work from concept toward a practical physical solution.