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What affects the medical market, what new developments are happening?

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Overview: Older Interviews

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Photo: Laboratory sample of a handpiece for temperature controlled laser coagulation

Laser Coagulation: an alternative to stitches


Wounds in the oral and maxillofacial area are often difficult to suture. Sometimes only simple compression bandages are being used in the oral cavity, which temporarily close the wound. This is why the BI-TRE project, coordinated by the Fraunhofer ILT, is searching for a reliable post-surgical wound closure method.
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Laser: clean cuts with ultrashort pulses


Ever-smaller medical devices with fine structures also necessitate ever more precise production processes. Lasers are used when mechanical machining processes are not precise enough. And manufacturers can cut sharply with ultrashort pulse lasers where conventional lasers are too inaccurate.
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Medical technology in Germany conquers new global markets


The medical technology sector is booming – and not only in Germany. This fact gives domestic medical technology companies the opportunity to tap into global markets. On the one hand, this demand is due to an aging society and the need to make therapies and surgeries more tolerable and cost-effective for patients on the other.
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Hospital Hygiene: "The cleanliness of medical devices remains a challenging subject"


Unclean implants or surgical instruments that are difficult to clean are not just a problem for users and patients – in the long run, manufacturers lose their good reputation and new orders. The "CleanMed- Competence Network for Technical Cleanliness, Cleanability, and Sterilizability in Medical Technology wants to tackle these issues. COMPAMED spoke to Julia Steckeler.
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Implants: silver and diamonds battle germs and abrasion


Almost five percent of all patients who receive a joint replacement need to go under the knife again after a short time. Bacteria that entered the body during implantation or strong surface abrasion have caused inflammation that leads to a loosening of the implant in these patients. A "precious" coating for implant materials could prevent this in the future.
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Ultrasound: Modular platform has versatile uses


Underwater sonar images or examinations of the pregnant abdomen – ultrasounds have various applications. To avoid having to develop an entirely new system for each application, researchers at the Fraunhofer Institute for Biomedical Engineering have created a modular ultrasound platform. Their system covers a wide range of applications.
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The future of medical technology: Carbon fiber reinforced materials


Carbon is the raw material of the future. The medical technology industry could also benefit from it if the material and manufacturing costs wouldn’t be so incredibly high. That’s why the CarboMedTech network aims to put carbon fiber materials increasingly at the center of medical product development along the entire value chain by bundling competencies.
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Nanodiamonds: "Our goal is not to be able to diagnose a specific disease, but to offer medicine a universal tool"


They are not just "a girl's best friend", but are also important helpers in medicine: diamonds. Yet the latter are so tiny that they are not visible to the naked eye. Dr. Patrick Happel at the Ruhr University Bochum in Germany studies so-called nanodiamonds. Someday soon, they are supposed to help in significantly improving medical imaging.
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Bioelectronic interfaces: "The shape of the electrode plays a big and important role"


Knowing what holds the world together at its core – in some ways, medicine also pursues this dream when it seeks to measure ever more precisely what happens in our bodies. In the future, bioelectronic interfaces, whose electrodes are able to communicate with individual cells, could play a big role in this.
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Absorbable Magnesium Scaffold: “The Patches Need to Follow the Movement of the Cardiac Muscle“


A magnesium implant will soon be available to help patients, who exhibit damage in the high-pressure area of the heart. The implant protects a tissue matrix where new cells that replace the affected tissue are meant to grow. The implant itself is supposed to completely dissolve after several months. spoke with D. Eng. Thomas Hassel about this exciting project.
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