Magnesium
Controllable Hydro Reactive for Metal Industries Research & Development Centre
The Controllable Hydro Reactive Magnesium Alloy has been launched in the market and cooperated with medical equipment manufacturers and medical institutions, which not only accelerates the development of the application of biomaterial industry but also provides new choices in treatment.The Degradable Magnesium Alloy Blood Vessel Clamp is a biodegradable medical material, there is no need to operate another surgery to take it out.The Degradable Magnesium Alloy Blood Vessel Clamp is in accordance with ISO10993 test specification and has passed the biological toxicity, irritation, and allergy.
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Magnesium Alloy by Tung Lin Tsai
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Controllable Hydro Reactive by Tung Lin Tsai
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Tung Lin Tsai Magnesium Alloy
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Tung Lin Tsai Controllable Hydro Reactive
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Magnesium Controllable Hydro Reactive Press Releases
Press resources for Magnesium are offered in several languages: English.
Magnesium Controllable Hydro Reactive Media Articles
Our Magnesium articles are prepped and available in these languages: Korean, Indonesian, Japanese, Russian, English, German, French, Portuguese, Spanish, Italian, Dutch, Chinese (Mandarin), Turkish, Arabic (Standard) and Hindi, ready for your use.
Unique Properties
By modifying the mixing entropy value of the alloy, Controllable Hydro-Reactive Magnesium Alloy breaks through the controllability that cannot be accomplished by the existing technology and improves the poor corrosion resistance of the traditional magnesium alloy. It can replace the traditional magnesium alloy with aluminum, tin, rare earths, and other elements that threaten human health, and achieve the purpose of alloy design by strengthening the corrosion resistance and mechanical properties of the alloy itself, as well as uniform and controlled degradation.
Tags
Mg, Alloy, Clip, Design, ISO
Production Technology
Controllable Hydro-Reactive Magnesium Alloy is the world's first innovative material. The degradation rate of Mg-Zn-Ca alloy is precisely controlled to achieve a uniform and slow degradation until it is completely absorbed by the human body and can be completely discharged from the system with body fluids. Therefore, there is no need to remove it by a second surgery, thus eliminating the psychological and physical pain of the patient.
Design Challenge
The Controllable Hydro-Reactive Magnesium Alloy changes the entropy value of the alloy by selecting biocompatible magnesium-zinc-calcium elements, it provides the most suitable amount of hydrogen production and precisely controls the rate of hydrogen production without the concern of metabolite residues in the organism. Innovative materials and developments can be integrated seamlessly with current production processes.
Project Duration
The project started in January 2019 in Taiwan and finished in November 2020 in Taiwan.The product has been recognized with several international awards, including the Red Dot Design Award in Germany, the Golden Pin Design Award in Taiwan, and The R&D 100 Awards in USA.
Operation Flow
The Controllable Hydro-Reactive Magnesium Alloy is safe for biomedical applications, has human affinity and biodegradability, and can help patients stimulate bone cell activity, resist the corrosive effect of body fluids, and eliminate the Stress Shielding Effect. No additional surface treatment is required to slow down the degradation rate, which can reduce the product manufacturing cost by more than 20%.
Research
Currently, the Controllable Hydro-Reactive Magnesium Alloy has been launched in the market and cooperated with medical equipment manufacturers and medical institutions. Therefore, the development and design of the world's first Disposable Clip Applier of Controlling the Degradation Rate technology of Medical Magnesium Alloys that can be absorbed by the human body, which does not need to be removed after surgery and is gradually degraded through the material.
Inspiration
The Controllable Hydro-Reactive Magnesium Alloy leverages the metabolizable and non-toxic properties of magnesium, zinc, and calcium to alter the entropy values of the alloy, thus allowing precise control of the alloy's degradation rate based on its application, and thereby improving its stability and mechanical properties. And this technology has been applied to develop the first single-use magnesium alloy hemostatic clip that can be broken down and absorbed into the human body.
Image Credits
Image #1: Tung-Lin Tsai, Disposable Clip Applier of Controlling the Degradation Rate technology of Medical Magnesium Alloys, 2020. Image #2: Tung-Lin Tsai, Clip Design, 2020. Image #3: Tung-Lin Tsai, Clip Design, 2020. Image #4: Tung-Lin Tsai, Handle Design, 2020. Image #5: Tung-Lin Tsai, Quick Punch, 2020.
Project Overview
Magnesium Controllable Hydro Reactive has been a Bronze winner in the Medical Devices and Medical Equipment Design award category in the year 2020 organized by the prestigious A' Design Award & Competition. The Bronze A' Design Award is given to outstanding designs that showcase a high degree of creativity and practicality. It recognizes the dedication and skill of designers who produce work that stands out for its thoughtful development and innovative use of materials and technology. These designs are acknowledged for their professional execution and potential to influence industry standards positively. Winning this award highlights the designer's ability to blend form and function effectively, offering solutions that enhance people's lives and wellbeing.
Bronze Recognition
Tung-Lin Tsai was recognized with the coveted Bronze A' Design Award in 2021, a testament to excellence of their work Magnesium Controllable Hydro Reactive.
Tung-Lin Tsai Press Releases
Media members, dive into our press releases on Tung-Lin Tsai's work, ready for you to use and enhance your journalistic content. Available now: 1 press releases ready for immediate access by journalists.
Magnesium Alloy Hemostatic Clip Wins International Design Awards
The Controllable Hydro-Reactive Magnesium Alloy, designed by Tung-Lin Tsai, has revolutionized medical technology with its innovative biodegradable properties.
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