3D printing company in medicine

Full Service 3D Printing for Hospitals

At Additium3D, we offer a comprehensive 3D printing service designed specifically for the healthcare sector in hospitals and clinics. Discover how our 3D printing in close collaboration with medical professionals is contributing to people's wellbeing.

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3D Printing in medicine testimonials

Hospital Hospital Universitario de la Ribera success story

A complete work process to produce a support that would make life easier for patients undergoing dialysis, avoiding direct contact of the catheters with the skin, by Jose Ribes, a doctor at the Hospital de la Ribera, located in Valencia. 

What 3D printing solutions do we offer for the healthcare sector?

3D printing revolutionises healthcare. Discover the possibilities in areas such as:

Neurosurgery

Accurate models for surgical planning.

Cardiac Surgery

Custom-made prostheses and devices.

Orthopaedic Surgery

Customised implants and fixators.

Maxillofacial surgery

Anatomical models for precise procedures.

Dentistry

Exact replicas of dental structures.

Rehabilitation

Personalised devices for patients.

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Medical 3D Printing Service process with Additium3D

Comprehensive 3D design and manufacturing service for immediate treatments

3D printing for hospitals is one of the most satisfying uses of this technology at Additium3D. When our comprehensive design and manufacturing capabilities allow us to contribute to medical initiatives with the sole purpose of the well-being of others with cutting-edge technology and expert care.

Step 1. Collect data and send it to us

Send us your sketch or tell us your idea. At Additium3D, we will be happy to work with you to create the necessary file.

Step 2. Get a quote with DFM

Within hours, you will receive a detailed design analysis and quotation with recommendations and pricing.

Step 3. Start Manufacturing

Once we have revised or finished the 3D design from the sketch, we will start 3D printing your project.

Step 4. Testing phase

During the testing phase, we work closely with you, allowing you to review and validate the prototype. This interaction ensures that the final product meets your specific expectations and requirements.

Step 5. Final design and 3D fabrication of all units

With the design finalised and refined through iterations, we started the full-scale production phase.

Full service 3D Design and Manufacture on demand

Discover everything you can achieve in the health sector with 3D printing. Our service is comprehensive from 3D Design to Manufacturing, with a perfect finish, flexible and perfectly adaptable to the human anatomy. Request your personalised quote now and bring your ideas to life. Let's innovate together in the health of tomorrow!

Why choose Additium3D 3D printing?

Because we have honed our ability to understand the complexities and specific demands of the health sector.

Full service: from design to manufacture

We offer a comprehensive service that covers the whole process. If you only have an idea, we start with the design phase, where we work hand in hand with you to understand your needs and requirements. Finally, we carry out large-scale 3D manufacturing, using advanced technology to produce all the necessary units with the same attention and quality.

Value what really matters: quality, speed and accessibility. Here, you will not deal with intermediaries; you will speak directly with our technical experts, from the receipt of your files to the production and shipment of your parts.

We are creators, not resellers. And we are proud to produce and manufacture everything in-house.

Experience in the health sector

At Additium3D we have experience in the healthcare sector through our 3D printing service. Working closely with medical professionals, we have honed our ability to understand the complexities and specific demands of this unique environment.

Replica Microscope for the production company La Factoría de los Sueños

At Additium3D, we don't just offer 3D printing, we offer complete additive manufacturing solutions. Our experience ranges from the...

Orthopaedics in 3D - We adapt a customised support for a mechanised chair. 

At Additium3D, we are committed to the wellbeing of people, and one of the areas where our technology has an important role to play is in the...

Powering Innovation in Energy Storage: Power Electronics 3D mock-up for trade shows

Power Electronics, the world's leading manufacturer of solar inverters and energy storage, participated in Solar & Storage Live London,...

3D Printing in Healthcare: Design and manufacture of elastic and adaptable support for catheters

There are numerous uses for 3D printing technology in everyday life, but one of the ones that fills us with...

Testimonials

What do they say about us?

FAQS 3D PRINTING IN HEALTHCARE

3D printers in the field of medicine play a crucial role in enabling the creation of accurate three-dimensional models of organs and anatomical structures. This facilitates surgical planning, the manufacture of customised medical devices and biomedical research.

3D printing in healthcare involves the use of additive manufacturing technology to create three-dimensional objects in the medical field. From anatomical models for surgical planning to customised prostheses and medical devices, 3D printing is revolutionising the way healthcare is approached.

 

3D printing in healthcare represents the future of medicine by offering personalised, cutting-edge solutions. From the manufacture of precise implants to the creation of artificial organs, this technology promises to transform healthcare, providing more efficient options tailored to individual needs.

3D modelling in medicine involves the creation of detailed three-dimensional representations of anatomical structures from medical data, such as magnetic resonance images or CT scans. These models are essential for planning and visualisation in medical procedures.

Organ printing uses advanced bioprinting techniques to manufacture three-dimensional structures that mimic the complexity of human organs. This is achieved by depositing layers of biocompatible materials, with the aim of creating functional organs for transplantation or research.

 

Medical modelling involves the three-dimensional representation of anatomical structures or medical devices using specialised software. These models are valuable for surgical planning, medical education and the creation of customised devices.

The first 3D printed organ was a kidney, announced in 2013 by researchers at Wake Forest University. Although not intended for transplantation, it marked an important milestone in organ bioprinting.

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