Posts tagged: Microelectronics

Imagine a world where tiny, powerful devices transform everything from healthcare to communications. Microelectromechanical Systems (MEMS) are not just a glimpse into the future—they are the future. Let's go on a journey through the groundbreaking advancements and limitless possibilities of MEMS technology. Discover how these minuscule marvels are set to revolutionize industries, overcome current challenges, and unlock unprecedented innovation.

Chips 4 Light supports companies that have special requirements for optoelectronic components and are looking for specific solutions for small and medium quantities. The company is primarily a distributor for LED chips, detectors and laser products, but also develops LEDs and LED modules outside the usual market standards or manufactures prototypes on customer request.

Sustainability in applications and industries has been steadily increasing in importance over the last decade, and this growth will only accelerate in the foreseeable future. Sustainable packaging, locomotion, construction, manufacturing, and food, to name a few, is a value in itself for a large portion of consumers in any market segment. Salcon International has been working with TactoTek in Finland since 2015 to change the world of electronic production in a very disruptive way.

Lunch Break in front of the computer? The best time to look for new trends and innovations! At the Wearables Lunch Talk, IVAM serves up tidbits of news from start-ups, universities, research projects and development departments - all about wearable electronics and smart textiles. IVAM has been dealing with the topic of "wearables" and the challenges that manufacturers face in developing successful, market-ready products for several years. Initially as part of the MSTextiles Forum conference (launched in 2014), and later within the established Focus Group "Wearable Electronics", IVAM is intensifying the dialog between component manufacturers and users.

The Corona crisis has turned the world upside down and shown us once again how dependent we are on key technologies such as microtechnology and nanotechnology. These technologies support the fight against Corona, for example, in the field of rapid diagnostics, in the low-cost production of miniaturized components for urgently needed medical devices and in the development of vaccines.

Individual patient care is becoming increasingly important. On the one hand, this saves valuable resources, for example in terms of medication and diagnostic tools, and on the other hand helps to provide targeted medical treatment for patients' ailments.

Laser direct structuring (LDS) is a special success story. For almost 20 years, it has been possible to apply electronic conductor paths directly onto plastic parts during series production. LDS enables the production of electronic assemblies with flexible geometric shapes. This process enables electronic products, such as smartphones, sensors or medical devices, to become even smaller and more powerful. Automated manufacturing processes also make this process more economically attractive.

The miniaturization of electronics and the resulting constant reduction in production costs has been a major driver of innovation in recent decades in a large number of industries - medical technology is no exception. Today, high-quality and cost-effective microelectronics enable numerous convenient applications for patients that were unthinkable years ago - like wearable solutions.