Posts tagged: Medical Technology

Imagine a material so smart it can "remember" its shape and mimic the flexibility of living tissue. This is nitinol—a breakthrough alloy that’s redefining medical technology. From self-expanding stents to life-saving grafts, nitinol’s super-elasticity is transforming how we approach implants and devices. But crafting this remarkable material isn’t without its challenges.

Advances in science and medical technologies have significantly enhanced the quality of patient care through the use of specialized components, vital-measuring sensors and other critical medical devices and components. Due to the harsh environmental conditions and stringent performance requirements that medical technologies are subjected to, it is crucial to protect components with a reliable conformal coating. Parylene conformal coatings provide a host of beneficial attributes, including biocompatibility and biostability, dielectric and barrier protection, dry-film lubricity and ultra-thin and pinhole-free encapsulation.

Are you a small or medium-sized enterprise in the field of medical technology? Are you planning to exhibit at Medical manufacturing Asia in Singapore in September? Do you pride yourself on innovative marketing strategies that have propelled your business forward? If so, the IVAM Marketing Award Asia @MMA is an opportunity you won't want to miss.

Technical glass enables unique features that are interesting for a wide variety of high-precision applications. Glass is chemically inert, therefore it remains chemically stable in harsh environments. Moreover, technical glass e.g. fused silica is resistant to high temperatures and enables excellent optical transmission without any auto fluorescence from deep UV to mid IR.

The past pandemic has shown that smart lab on a chip solutions are stronger in need than ever, for infectious disease control, but also for routine diagnostics that require quick responses or automation of demanding sample preparation workflows. Start-ups and established companies often face the challenge to transform their product idea into initial prototypes and industrial series production with limited resources in terms of time, capacities and decentralized development processes.

Microtechnology forms the basis for the development of innovative technologies and smart systems that improve our daily lives and open up new possibilities for the future. Overall, miniaturization technologies are essential for digitization and smart applications as they offer space and resource efficiency, enable mobility and portability, create energy-efficient solutions, support connectivity and networking, and open up versatile application possibilities for a smart world.

The medical technology supply market continues to boom worldwide. A few weeks ago we were at Medical Manufacturing Asia in Singapore (MMA) and it was a great exhibition with many highlights. If the COMPAMED show in Düsseldorf is interesting for your company, you should also take a closer look at MMA.

How sustainable is microtechnology in 2022? What are the expectations to the new German government? And what are the biggest uncertainty factors facing the branch? These questions were the focus of the IVAM survey 2022. As in previous years, the survey was conducted among several thousand European companies and institutes in the fields of microtechnology, MEMS, nanotechnology, advanced materials and related key enabling technologies.

Microfluidics got very popular within the last decade and is utilized for a vast number of biological, medical, biophysical, biochemical or pharmaceutical applications. In this field the term “microreactor” is increasingly encountered. What is a microreactor, what is it good for? For instance, when talking about synthesis of nanomaterials, it can refer to the whole microfluidic device, that is the microfluidic chip.

Cancer diagnostics, analysis, sensors and, of course, cartridges-all these are terms that gather around research at Fraunhofer IMM. As one of the pioneers in the use of microfluidics and the associated system technology for handling liquid volumes in the micro- to picoliter range, the so-called lab-on-a-chip technology, the Mainz-based institute has been developing microfluidic systems as well as new analysis methods for analytics and life science applications for more than 20 years.