Frequently asked questions about Digital Strings® in Guatemala
These answers explain what we do, who we work with, and how we support institutions and healthcare professionals.
What does Digital Strings® do in Guatemala?
Digital Strings® designs custom medical devices, anatomical models, medical simulators, and digital health solutions in Guatemala. The work combines 3D design, additive manufacturing, and software development to solve concrete needs for hospitals, universities, clinics, and specialists. The company is based in Guatemala City and supports projects in Guatemala, El Salvador, Honduras, Nicaragua, Costa Rica, Panama, and Mexico when the technical and logistics scope allows it.
What kind of clients does Digital Strings® work with?
Digital Strings® works with hospitals, universities, clinics, healthcare professionals, training teams, and organizations that need custom biomedical solutions. In clinical projects, we usually collaborate with specialists who know the patient case or the procedure to be trained. In academic and hospital projects, the goal is for the solution to be useful for implementation, teaching, repeatable practice, or clinical communication.
Do you develop custom medical products in Guatemala?
Yes, Digital Strings® develops custom medical products in Guatemala with 3D design, 3D printing, and validation together with the teams that will use them. The process starts from the clinical or educational need, then defines the expected use, anatomical fit, and most suitable materials. For 3D printed splints, for example, the site already publishes a process that includes digital design, printing, and specialist review before delivery.
Where is Digital Strings® located?
Digital Strings® is located at Edificio Narama, Local 121, 15 Avenida 16-14, Zone 13, Guatemala City. From that base, the company supports projects in the city, other departments of Guatemala, and regional collaborations when the project can be coordinated in stages. For inquiries, the site offers a contact form, email, and scheduling or WhatsApp options depending on the service page.
Do you support projects across Central America and Mexico?
Yes, Digital Strings® supports projects across Central America and Mexico from its base in Guatemala. The site's coverage includes Guatemala, El Salvador, Honduras, Nicaragua, Costa Rica, Panama, and Mexico for services such as 3D medical devices, anatomical models, medical simulators, and digital health solutions. For projects outside Guatemala, design and coordination can be handled remotely, while shipping, delivery, or support is defined according to the project scope.
How much does a 3D printed splint cost in Guatemala?
The cost of a 3D printed splint in Guatemala depends on size, material, design complexity, and the fit required. Digital Strings® does not publish fixed prices because a wrist splint, an ankle orthosis, or a device with closures and special geometry do not require the same technical work. The quote is free and can be requested through the contact form or WhatsApp, with no commitment and without generic figures that may not match the real case.
How long does it take to manufacture a custom medical device?
Timing depends on the type of device, but custom 3D printed splints have a published typical process of 3 to 7 business days. That timeline includes digital design, printing, and specialist review before delivery. Other devices, anatomical models, or simulators may require more time if they need clinical intake, prototypes, user validation, or additional components.
Are 3D splints better than plaster casts?
3D splints can be better than plaster casts when the case needs lower weight, ventilation, water resistance, and a more precise anatomical fit. On the splints page, Digital Strings® publishes advantages such as perforated or mesh structures, patient-specific design, and wear resistance. Even so, not every case justifies a 3D splint; the indication should be reviewed with the specialist according to the injury, immobilization goal, and use context.
What materials do you use for 3D printed splints and devices?
Digital Strings® uses thermoplastic materials such as PLA, PETG, and TPU for 3D splints, depending on the rigidity, flexibility, and hygiene required by each case. For prolonged contact with sensitive skin, the splints page indicates the selection of hypoallergenic materials and low surface roughness. For 3D masks and face protectors, the published care guide specifies eSUN Hard-Tough UV resin for the shell, elastic straps, plastic buckles, and waterproof Micropore padding.
Are Digital Strings® devices biocompatible?
Material selection is made according to intended use, type of contact, and patient sensitivity. For 3D splints, Digital Strings® publishes the use of thermoplastics such as PLA, PETG, and TPU, plus hypoallergenic materials and low-roughness surfaces when there is prolonged contact with sensitive skin. In each project, the clinical application, use time, and contact components are reviewed to choose a solution appropriate for the case.
Can you manufacture devices for children?
Yes, Digital Strings® can manufacture custom devices for pediatric patients when the case is suitable for 3D design. 3D printing makes it possible to adapt small proportions, reduce weight, and personalize colors or patterns to support treatment adherence. In pediatric splints, fit and comfort are especially important because tolerance often determines whether the device is used correctly.
How does a project with Digital Strings® start?
A project starts with a consultation to understand the clinical, educational, or operational need. Then we review the goal, final user, use context, possible materials, and information required to design or quote the solution. Depending on the service, the process may include a clinical brief, digital design, prototype, 3D printing, specialist review, and adjustments before delivery.
Do you work with insurers or public hospitals?
Digital Strings® can coordinate with insurers, public hospitals, private hospitals, and academic institutions when the project requires a formal process. Feasibility depends on scope, administrative requirements, required documentation, and the way the institution purchases or implements biomedical solutions. The recommended first step is a consultation to define whether the need is an individual case, institutional purchase, pilot, or custom development.
Do you also make anatomical models and medical simulators?
Yes, Digital Strings® develops 3D anatomical models and medical simulators in addition to custom devices. Anatomical models support teaching, clinical communication, and case planning; medical simulators support clinical training, repeatable practice, and procedure validation. These services can be combined when an institution needs to teach, plan, and train with physical tools adapted to its context.
What support do you offer after delivering a device or simulator?
Digital Strings® offers post-delivery support according to the type of product delivered and the project conditions. In the 3D mask care guide, the site indicates contact for questions about care, component replacement, fit, or warranty, with business hours from 9:00 to 18:00 GT and a response in less than 24 business hours. For custom simulators and devices, support may include adjustments, replacement parts, or implementation support when agreed within the scope.