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IndustriesMedical

Additive Manufacturing in the Medical Industry

AM enables the production of highly complex and customized designs that can precisely match the patient’s anatomy, ensuring optimal fit and function. AM also allows for the geometric complexity that is necessary to create lattice structures not only needed to reduce weight but also to create a porous surface that improves bone integration within the human body. These benefits offered by AM improve patient outcomes and reduce the need for additional surgeries or modifications.

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Mastering the Process. Replicating Perfection

Industrializing AM to allow for serial production requires a repeatable and reliable platform. AddUp’s FormUp 350 Powder Bed Fusion (PBF) machine was built for productivity. Our 4-laser system reduces fusion times by up to 75%, when compared to a single laser system, providing maximum throughput to meet the demands of the medical device market. This results in an increased operational equipment efficiency (OEE) and overall lower total cost of ownership (TCO).

The FormUp 350 offers enormous flexibility in terms of powder use. It can be used with the market-standard medium powder, but is also capable of handling a finer powder. Thanks to our roller recoater technology, a smooth surface finish with fine features and lattice resolution is achievable directly as printed. The AddUp FormUp 350 offers the freedom to design implants with geometric complexity and minimal support structures, reducing the need for extensive post-processing.

We understand the needs of medical device manufacturers and provide a trusted pair of hands along the AM adoption journey. Our experts work with you to develop your application and we have the knowledge and experience to help you reduce your time to market while offering a validation pathway with IQ, OQ, and PQ processes, along with powder reuse guidelines.

Maximum Throughput

The FormUp 350 more than doubles the output of single laser systems, meeting the demand for the medical industry while lowering costs for medical device manufacturers.

Superior Surface Finish

Achieve a smooth surface finish with fine features and lattice resolution as printed thanks to our roller recoater technology.

Reduced Supports

Design with complexity, freedom and minimal supports. Drastically reduce post-processing requirements and save material costs.

A Partner You Can Trust

Experience and validation pathway with IQ, OQ, and PQ processes along with accelerated qualification thanks to AddUp’s certified facilities.

Open Machine Parameters

Some competitors keep the workings of their machines secret, but we don’t. Do more with our open platform by twisting and turning the knobs as you see fit.

Quality Assurance

In-process monitoring gives our users peace of mind and real-time quality assurance, providing confidence in part quality, build-to-build and part-to-part.

“The FormUp350 is one of the only machines on the market that can run both the typical LPBF powder cut and a much finer cut of powder. This gives us flexibility to meet certain challenging applications we may come across in the future.”

Rachel Levine
Director of Additive Technologies, Zeda

Key Applications in the Medical Industry

AM can improve the effectiveness of replacement surgeries because additively manufactured implants are lighter, more stable and have improved osteointegration. This means implants have a longer life cycle with less risk of defect or implant complications and therefore provide a better patient outcome and quality of life.

The FormUp 350 is currently being used by AddUp customers around the world to create hundreds of certified orthopedic implants each year. AddUp has extensive experience in large orthopedic implants including acetabular hip cups, tibial knee implants and shoulder implants. We are also experienced in a variety of spinal implants as well as patient specific (custom) implants. The FormUp 350 offers increased product differentiation and advanced design features thanks to our roller recoater technology which allows for fine features and lattice resolution.

Acetabular Hip Cups

These implants are used during a hip replacement surgery most commonly needed to treat arthritis, osteoarthritis and rheumatoid arthritis. AddUp’s FormUp 350 can build 34 hip implants in only 12 hours thanks to a 350mm squared build plate and 4-laser capabilities. These implants are created with out support structures on the underside, drastically reducing the amount of post processing needed and material used.

Knee Tibial Tray

The tibial tray is an important part of the implant needed for a knee replacement surgery. When additively manufactured, this component of the implant provides improved osseointegration which results in better patient outcomes after surgery. The FormUp 350 can build 22 tibial trays in only 17 hours. These implants are printed with minimal supports which greatly reduces the amount of post processing needed, reducing overall costs for the device manufacturer.

Knee tibial tray built with AddUP's FormUp 350

Shoulder Implants

Shoulder implants are a critically important part of preserving shoulder function. Every patient’s shoulder joint has unique characteristics, and the ability to customize implants is a significant advantage of AM. AM allows for the customization of these implants to be designed and manufactured specifically tailored to an individual patient’s anatomy while including intricate internal structures and porous surfaces for better integration with the surrounding bone.

Spine Implants

Spinal fusion joins two or more vertebrae together using bone graft inside of a titanium implant. This surgery can treat disorders like degenerative disc disease, scoliosis, spondylolisthesis, and fracture. AddUp has extensive experience creating spinal implants of varying sizes with unique break-away support structures. This combined with the productivity achievable on the FormUp 350 provides reduced costs for medical device manufacturers. The FormUp 350 can print 152 large spinal implants is just 32 hours.

Patient Specific Implants

Patient Specific Implants (PSI) are implants that are made from a patient’s CT scan data moved into a CAD file and then additively manufactured. PSIs are typically too complex to machine and cut, therefore they are ideally made through AM. AddUp has experience in manufacturing patient specific ankles, shoulders, and spinal fusion devices. The FormUp 350 has a large build plate providing the ability to print many different implants of varying shapes and sizes on the same build. The ability to manufacture multiple individual surgical cases on a single build plate streamlines the process from the manufacturing site to the hospital. This can provide each patient with a completely tailored implant that meets their unique needs while reducing surgery costs and recovery times.

Acetabular Hip Cup Implant

Acetabular Cups plate History Acetabular cups are used during the total hip replacements to sit against the..

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Patient Specific Implants

This case study highlights the advantages of using additive manufacturing (AM) for Patient Specific Implants (PSI) in the orthopedic industry. By shifting from traditional manufacturing to AM, orthopedic OEMs can…

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Spine Implants

This case study focuses on spine implants and the challenges faced in their manufacturing process today. Additive Manufacturing (AM) offers benefits such as lattice design and surface roughness, leading to…

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Tibia Tray

This case study focuses on tibia trays in orthopedic manufacturing and the challenges faced in producing highly complex and customized implants. Additive Manufacturing (AM) using biocompatible materials like titanium offers…

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Materials used in the Medical Industry

Typical materials used in orthopedical implants must be light, durable, and very biocompatible. Materials used in the production of surgical instruments must be durable, cost effective, and have a good lifespan.

Titanium Ti64ELI

Titanium Ti64ELI is most commonly used in orthopedical implants due to its characteristics. It is a strong, lightweight, material that is very biocompatible. AddUp has optimized parameters for this material at both 30 and 60 micron layers.

Titanium Ti64ELI Material Data Sheet

Stainless Steel 316L

Stainless Steel 316L is a surgical steel and can be used to create cost effective surgical instruments.

Stainless Steel 316L Material Data Sheet

Stainless Steel 17-4 PH

Stainless Steel 17-4 PH is also a good material to create surgical instruments. Not only is it cost effective, it also has exceptional strength.

17-4 PH Material Data Sheet

INDUSTRIAL MACHINES

With more than 20 years experience in Additive Manufacturing, our machines have been designed to master detail and optimize productivity.

AddUp Machines

SMART SOFTWARE

Within the medical industry, the qualification and regulation of implants and devices is mandatory. AddUp is leading the way with in-process monitoring, providing confidence part quality with a full suite of quality assurance monitoring software to lessen, or even eliminate, the need for rigorous testing after a part is printed. From part preparation to simulation, monitoring, and production, every link of the AddUp digital chain offers a high level of performance with user-friendly software.

Learn about AddUp’s Software

Get Started with AddUp

Realize the potential digital manufacturing has to offer. Get started with AddUp and learn how AM delivers innovative solutions to solve manufacturers toughest challenges.

Learn More About Addup’s Experience in the Medical Industry

  • News
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News All News
May, 05, 2025
Acuity’s Ventris™ Interbody Fusion System Receives FDA 510(k) Clearance – Powered by FormUp 350
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Apr, 21, 2025
AddUp’s FormUp 350 Awarded the “Solar Impulse Efficient Solution” Label for Advancing Sustainable Manufacturing
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Armadillo Additive Adds two Additional FormUp 350 Machines
Mar, 03, 2025
Armadillo Additive Expands with AddUp: Adding Two FormUp 350 Machines to Meet Market Demand
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AddUp Achieves ASTM Certification
Nov, 27, 2024
AddUp Becomes the First OEM to Achieve ASTM Additive Manufacturing Safety Certification
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Blogs All Blogs
Dec, 01, 2024
What is Powder Bed Fusion? Exploring PBF in Metal Additive Manufacturing
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EN - Point of Care_875x540
May, 09, 2024
Metal Additive Manufacturing is Getting Closer to the Point of Care
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AddUp__Blog_Patient-specific_Implants
Mar, 06, 2024
3D-Printed Patient-Specific Implants: Where We’ve Been and Where We’re going
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Mar, 05, 2024
Safety on the FormUp 350 | Blog
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Brochures All Brochures
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Magic 800 Technical Specifications

The Magic 800 Directed Energy Deposition (DED) machine is suitable for medium to large metal part production and repair without the need for support structures.

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Software-Suite
Brochure
Additive Intelligence Software Suite – Brochure

At any step of your industrial project, AddUp has the expertise to support your journey in metal 3D printing. Additive Intelligence Software is at the heart of all additive manufacturing […]

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additive manufacturing company brochure
Brochure
AddUp Additive Manufacturing Solutions – Product Catalog

AddUp at a Glance At any step of your industrial project, AddUp has the expertise to support your journey in metal 3D printing. To find out how, read this brochure, at…

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Brochure
FormUp 350 Technical Specifications

Modular and scalable, the FormUp® 350 is a PBF machine (Powder bed fusion) that offers a high level of productivity and allows the manufacture of high-quality parts while guaranteeing user…

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Events All Events
20/05/2025 – 22/05/2025 Venice, Italy
Space Meetings Veneto

Join us May 20 – 22 in Venice, Italy! Space Meetings Veneto gathers professionals from SMEs, multinational organizations, governments, space corporations, space agencies, academicians and space technology providers.

Venice, Italy

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03/06/2025 – 05/06/2025 Lyon, France
Booth #D33,
3D Print 2025

Join us at the leading Additive Manufacturing trade show in France, the 3D Print Congress & Exhibition! Located in Eurexpo – Hall 7 in Lyon.

Lyon, France

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16/06/2025 – 22/06/2025 Le Bourget Airport
Paris, France
Paris Air Show 2025

The Paris Air Show is one of the world’s largest and longest-running aerospace exhibitions, bringing together key players from aviation, defense, and space industries. Held every two years in Paris, […]

Paris-Le Bourget Airport

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17/06/2025 – 19/06/2025 Booth #821
Rosemont, IL,
OMTEC 2025

Join us for OMTEC, the orthopedic manufacturing & technology exposition and conference! OMTEC is an annual event in the orthopedic industry that brings together professionals, manufacturers, suppliers, and experts to […]

Booth #821

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