Biomedical design and 3D production

Custom medical devices built around real-world function, fit, and use

We develop splints, protectors, and patient-specific medical devices for professionals and institutions that need a solution better matched to the user, the procedure, and the implementation context.

Custom medical devices · 3D printed splints · Patient-specific devices

Custom 3D printed forearm orthosis by Digital Strings

Customization focused on function, not just form

This service makes sense when a device has to respond to a specific clinical or functional need and generic products fall short in comfort, precision, or usability.

What we can develop

  • Custom splints supported by 3D design and production.
  • Protectors, supports, and purpose-built physical components.
  • Devices shaped by biomedical criteria, manufacturing feasibility, and practical validation.
  • Solutions where fit and adaptation improve the actual user experience.

Flat thermoshrink splints Patented

Patented flat-storage technology with instant heat-based adaptation, designed for emergencies, first aid, and fast-response care settings.

When it creates more value

When an off-the-shelf device solves the problem only halfway, a tailored solution can improve fit, protection, ergonomics, and day-to-day performance.

What it improves inside the clinical workflow

The priority is practical usefulness: the device should fit better, perform better, and make more sense for the person who will actually use it.

Main use Physical personalization
Format Design and 3D production
Users Clinics, specialists, institutions
Coverage Guatemala + Central America

Better fit and user experience

Customization reduces friction when the case requires a more specific physical response than standard products can offer.

Design aligned with context

It allows the device to be designed around the environment, the functional goal, and the way it will truly be used.

How we develop it

We start by understanding the functional goal. Then we shape a proposal that balances biomedical logic, form, and manufacturability.

1

Use-case diagnosis

We define the clinical or functional purpose of the device and the real context where it will be used.

2

Design and validation

We build the proposal with biomedical criteria, ergonomics, and practical implementation in mind.

3

Adjustment and integration

We iterate as needed to bring the solution closer to the level of fit and usability the case requires.

Application scenarios

These pages show how the service can be framed depending on the type of organization and operational need.

Hospital scenario with 3D visual support

3D visualization and support for clinical decisions

A close example of how a 3D project can reinforce clinical conversations, planning, and understanding.

See scenario

Frequently asked questions

Common questions when a team is evaluating a custom device as a real implementation path.

Do you only make splints?

No. We also develop protectors, supports, and other custom devices depending on the need and use case.

Can you adapt the device to a specific case?

Yes. Personalization is at the center of the service as long as the case has a clear functional need.

Do you work outside Guatemala?

Yes. Regional projects in Central America can be coordinated depending on the device type and overall scope.

Related services

Depending on the project, these services can complement a custom physical solution very well.