Posts tagged: COMPAMED

Precision in minimally invasive laser therapy starts with the right combination of wavelength and fiber geometry. Discover how CeramOptec and biolitec combine optical-fiber and medical-probe expertise to shape energy delivery and tissue interaction, from vein treatment to tumor ablation.

The MYKEE platform is an ultra-compact, battery-operated, point-of-use system for isothermal nucleic acid amplification, designed to simplify field testing. It combines a reusable web-app-controlled reader with disposable cartridges containing six dried-reagent reaction wells. Integrated microfluidics enable sample metering, controlled filling, and cross-contamination prevention.

When every wavelength, every pulse and every fraction of a second matters, light becomes more than a tool, it becomes a key technology. From revealing structures in fluorescence microscopy to classifying thousands of cells in flow cytometry, modern applications rely on laser light that performs with absolute precision. Discover how multi-wavelength systems turn growing complexity into stable, high-resolution results.

Minimalinvasive Verfahren mit Lasertechnik haben die moderne Medizin nachhaltig verändert. Sie ermöglichen kürzere Heilungszeiten, deutlich weniger Komplikationen und präzisere Eingriffe. Entscheidend dafür ist die kontrollierte Lichtführung, die Laserenergie punktgenau dorthin bringt, wo sie im Körper benötigt wird. CeramOptec, international führender Hersteller von Spezialfasern und kundenspezifischen Faserkonfektionen, kombiniert Präzision mit höchster Flexibilität – zentrale Eigenschaften für minimalinvasive Lasertherapien.

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.

In this episode we welcome Jobst Technologies, a pioneering company at the interface of microsystems technology, bioelectrochemical analysis and microfluidics, which will be exhibiting its products with IVAM at COMPAMED.

Micro Systems will be exhibiting within the IVAM Microtechnology area at COMPAMED 2023, a premier international trade show focused on high-tech solutions for the medical industry, which will be held in Düsseldorf, Germany from Monday 13 to Thursday 16 November 2023. Micro Systems looks forward to welcoming all attendees at Booth F35.3, Hall 8a.

Modern high technologies are important for driving research and development in Medical Technology, e.g. for drugs, vaccines and medical devices. Additionally there is an increasing demand for mobility and energy efficiency with regard to modern medical technology for diagnosis and therapy. For this reason, the market for medical components and innovative processes continues to grow rapidly.

TDC is a company located in Japan, that is the world's only company with ultra-precision mirror polishing technology that can polish any shape of any material, including metal, ceramics, resin, and glass, with nano-level precision. TDC has a total of 4,000 domestic customers, mainly companies in the automobile, semiconductor, and space industries, many of which process ultra-precision parts such as MEMS (microelectromechanical system) sensors. There are also processed products that only TDC can produce in the world.

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.