--- title: Benefits of Titanium in the Medical Industry | Stamping Titanium description: Titanium is an ideal metal for medical applications due to its characteristics such as durability, high strength-to-weight ratio, and more. --- [![Exit](https://info.hudson-technologies.com/hubfs/raw_assets/public/HudsonTechnologies_June2024/images/ico-exit.svg) ](https://info.hudson-technologies.com/blog/benefits-of-titanium-in-the-medical-industry#) This is a search field with an auto-suggest feature attached. - There are no suggestions because the search field is empty. # Benefits of Titanium in the Medical Industry Posted by John DeBone on February 22, 2021 03:18 pm The medical industry has used titanium in surgical and dental equipment since the 1940s. Today, it can be found in a wide array of biomedical implants such as pacemakers, eye implants, and hearing aids. Titanium possesses a unique ability to bind with bone and living tissue, making it an ideal material for orthopedic implants such as knee and hip replacements. Because of its strength and increased resistance to corrosion, it is well-suited to many other [medical instruments](https://www.hudson-technologies.com/applications/medical-device-components/), as well. ## Grades of Medical Titanium Titanium is available in four different pure titanium grades and as many as 25 different alloys. Below is a sample of the kinds of titanium used in healthcare today: - ***![](https://info.hudson-technologies.com/hs-fs/hubfs/Imported_Blog_Media/detail_hudson_ztphoto_dsc_5117-1-500x332-2.jpg?width=370&height=246&name=detail_hudson_ztphoto_dsc_5117-1-500x332-2.jpg)Pure Titanium*** The four grades of pure titanium are numbered 1-4, with 1 being the softest and 4 being the strongest. Grades 1, 2, and 4 are most commonly found in modern medical devices. Each is distinguished by its degree of formability and ductility. - ***Grade 1 ***Grade 1 titanium consists of pure, unalloyed titanium. It is prized in healthcare for its excellent formability, increased resistance to corrosion, and resilience against impact. - ***Grade 2 ***Grade 2 titanium is an unalloyed form of titanium with greater strength than Grade 1. - ***Grade 4 ***Grade 4 titanium is another form of unalloyed titanium. Like Grades 1 and 2, it offers enhanced resistance to corrosion, great formability, and high strength. - ***Grade 5*** Grade 5 titanium is an alloy made with 6% aluminum and 4% vanadium. Since it offers superior fracture resistance, it is the most common material used in dental implants. - ***Grade 7 ***Grade 7 titanium consists of titanium alloyed with 0.12% to 0.25% palladium. It is more resistant to corrosion than any other titanium alloy. - ***Grade 9 ***Grade 9 titanium is an alloy made with 3% aluminum and 2.5% vanadium. It is particularly known for its great mechanical strength. - ***Grade 11 ***Grade 11 contains unalloyed titanium as well as 0.12% to 0.25% palladium, much like Grade 7 titanium. It shares many properties with Grade 1 titanium, but it offers superior resistance to corrosion. - ***Grade 23*** Grade 23 titanium is an alloy made with 6% aluminum and 4% vanadium that features extra low interstitial elements. Like Grade 5 titanium, it is also a common choice for dental implants. ## Positive Characteristics of Medical Titanium for Biomedical Implants Titanium has many characteristics that make it the ideal metal for medical applications. Its advantages include: - ***Durability*** Medical implants made from titanium alloys routinely last 20 or more years inside the human body. - ***Higher strength-to-weight ratio*** Titanium is stronger and lighter than stainless steel, which largely accounts for its widespread use in surgical implants. - ***Non-ferromagnetic property*** Because it isn’t magnetic, medical titanium doesn’t interfere with magnetic resonance imaging (MRI) machines. Because of this property, patients with titanium implants can still safely undergo MRI examinations. - ***Biocompatibility ***Unlike other metals, medical titanium can remain in constant contact with living tissue without adversely affecting it. - ***Biointerfacing*** Titanium implants have an engineered biointerface with biomimetic motifs that increase cell contact area by as much as 75%, enhancing the cell’s binding properties. As a result, their use further reduces the chance of implant rejection. - ***Osseointegration ***Medical titanium implants can physically bond with natural bone, eliminating the need for adhesives. ## Titanium Implantable Medical Devices The strength to weight ratio, hermeticity, biocompatibility and light weight makes titanium the best choice for implantable medical devices.  Examples of components made for implantable medical devices at Hudson Technologies include: - Defibrillators - Pacemakers - Drug Pumps - Bone Growth Stimulators - Battery Components - LVAD (Left Ventrical Assist Devices - Neurostimulation Devices ![](https://info.hudson-technologies.com/hs-fs/hubfs/Imported_Blog_Media/Hudson-Technologies-Medical-Products-R2-1-280x700.png?width=334&height=835&name=Hudson-Technologies-Medical-Products-R2-1-280x700.png) As a leading manufacturer of precision engineered metal components for implantable medical devices, [Hudson Technologies](https://www.hudson-technologies.com/) offers customized solutions for a wide range of applications. At every stage of the manufacturing process, we work closely with you to ensure that the finished product reflects your concept. Regardless of your needs, we can design a solution that helps you provide your patients with the best care possible. To find out more about how Hudson Technologies can meet your titanium needs, [request a quote](https://info.hudson-technologies.com/lp-request-quote) from our website today. #### Recent Posts - [The Advantages and Process of Forming Deep-Drawn Aluminum Parts](https://info.hudson-technologies.com/blog/the-advantages-and-process-of-forming-deep-drawn-aluminum-parts) - [Tips for Finding a Quality Deep Drawn Stamping Partner](https://info.hudson-technologies.com/blog/tips-for-finding-and-switching-to-a-better-deep-drawn-stamping-partner) - [The Two Main Types of Solid Center Metal Diaphragms and How They’re Different](https://info.hudson-technologies.com/blog/two-main-types-of-solid-center-metal-diaphragms) - [Metal Injection Molding (MIM) vs. Deep Drawn Stamping (DDS)](https://info.hudson-technologies.com/blog/metal-injection-molding-mim-vs-deep-drawn-stamping-dds) - [Deep Drawn Stamping Trends | 2022 and Beyond](https://info.hudson-technologies.com/blog/2022-deep-drawn-stamping-trends) ### Topics - [Aerospace Industry (1)](https://info.hudson-technologies.com/blog/topic/aerospace-industry) - [Aluminum Stamping (1)](https://info.hudson-technologies.com/blog/topic/aluminum-stamping) - [Battery Enclosures (1)](https://info.hudson-technologies.com/blog/topic/battery-enclosures) - [Catalog vs Custom Stamped (2)](https://info.hudson-technologies.com/blog/topic/catalog-vs-custom-stamped) - [Cost Saving Tips (5)](https://info.hudson-technologies.com/blog/topic/cost-saving-tips) - [Deep Drawn Stamping (20)](https://info.hudson-technologies.com/blog/topic/deep-drawn-stamping) - [Foil Diaphragms (2)](https://info.hudson-technologies.com/blog/topic/foil-diaphragms) - [Green Manufacturing (1)](https://info.hudson-technologies.com/blog/topic/green-manufacturing) - [Heat Treating (1)](https://info.hudson-technologies.com/blog/topic/heat-treating) - [Hudson Technologies (6)](https://info.hudson-technologies.com/blog/topic/hudson-technologies) - [Medical Industry (5)](https://info.hudson-technologies.com/blog/topic/medical-industry) - [Metal Diaphragms (8)](https://info.hudson-technologies.com/blog/topic/metal-diaphragms) - [Metal Stamping (12)](https://info.hudson-technologies.com/blog/topic/metal-stamping) - [Military Industry (1)](https://info.hudson-technologies.com/blog/topic/military-industry) - [Partnering (4)](https://info.hudson-technologies.com/blog/topic/partnering) - [Preventative Maintenance (1)](https://info.hudson-technologies.com/blog/topic/preventative-maintenance) - [Progressive Die Stamping (1)](https://info.hudson-technologies.com/blog/topic/progressive-die-stamping) - [Reducing Lead Times (1)](https://info.hudson-technologies.com/blog/topic/reducing-lead-times) - [Reshoring/Domestic Manufacturing (1)](https://info.hudson-technologies.com/blog/topic/reshoring-domestic-manufacturing) - [Stainless Steel Stamping (2)](https://info.hudson-technologies.com/blog/topic/stainless-steel-stamping) - [Stamped Covers (1)](https://info.hudson-technologies.com/blog/topic/stamped-covers) - [Stamping Materials (1)](https://info.hudson-technologies.com/blog/topic/stamping-materials) - [Titanium Stamping (6)](https://info.hudson-technologies.com/blog/topic/titanium-stamping) - [Tooling and Equipment (1)](https://info.hudson-technologies.com/blog/topic/tooling-and-equipment) - [Transfer Press (1)](https://info.hudson-technologies.com/blog/topic/transfer-press) [![Request Quote](https://no-cache.hubspot.com/cta/default/3301962/747c3e54-c716-40de-bd83-40d51ea90530.png)](https://cta-redirect.hubspot.com/cta/redirect/3301962/747c3e54-c716-40de-bd83-40d51ea90530) ## Facilities List Hudson Technologies houses machines built to meet your specific metal drawing or metal stamping needs. 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