Video

In this episode, we talk about how low-pressure molding is shaping device resilience. In the world of industrial device manufacturing, complexity often drives innovation. However, when it comes to protecting electronic components, simplicity prevails with low pressure molding. This straightforward, three-step encapsulation technique offers superior resilience for electronics in various sectors, including industrial automation, automotive, medical, and lighting. By utilizing specialized polyamide hot melt materials and custom molds, low pressure molding provides quick, robust, and delicate protection without the need for high pressure. Discover how this innovative process is transforming device durability and efficiency across industries.

Listen to the podcast and/or read the article to learn more.

In this episode, we talk to our expert about the crucial role of retaining compounds in both machinery repair and manufacturing processes. While these adhesives are well-established in the machinery repair market, their potential in standard assembly materials for manufacturing is often overlooked. We explore how retaining compounds enhance the assembly of cylindrical parts, such as bearings, bushings, gears, and rotors, onto housings or shafts. We also discuss their ability to address surface irregularities, prevent issues like fretting corrosion and oxidation, and distribute stress more uniformly, ultimately increasing reliability and revenue in both maintenance and initial product assembly processes.

Listen to the podcast and/or read the article to learn more.

In this podcast session, we talk about the importance of setting clear sustainability objectives as a foundational step toward achieving meaningful results. By starting with the end goal in mind, organizations can analyze their processes and challenge existing paradigms to ensure alignment with sustainability protocols. Developing a comprehensive strategy, implementing tactical actions, and measuring specific milestones are highlighted as essential components for delivering quantifiable sustainable outcomes. Collaboration, transparency, and a balanced approach are emphasized as crucial elements, requiring commitment from partners across the value chain and alignment with corporate sustainability targets.

Listen to the podcast to learn more.

In an era where sustainability is gaining paramount importance, forward-thinking organizations are realizing that sustainable product design is more than a trend—it's a transformative strategy. Research shows that most of a product's environmental impacts are determined during the initial design phase. This realization underscores the crucial role of R&D managers in driving sustainable impact. To navigate the complex landscape of sustainable design, companies must foster a culture that encourages creative thinking, challenges conventions, and embraces a holistic approach to product development. In this podcast session, our expert Yassine Chino explores the key principles and steps involved in unlocking sustainable design, emphasizing the pivotal role of R&D managers in this endeavor.

 With our expert Shelby Shevik

Electronic devices play a crucial role in contemporary living. They control various aspects of our lives, including cars, home automation systems, communication tools, smart factory equipment, and electricity distribution systems. Given the significant investment required for the development and production of these devices, it is important to prioritize their durability and longevity. Protection materials serve as a vital shield, safeguarding electronics against factors such as moisture, severe environmental conditions, and even dust. However, determining the suitable material for a particular application can be a considerable challenge.

In this podcast episode, our expert delves into the most commonly used protection materials, their typical applications, and the essential factors to consider when making your selection.

Listen to the podcast and/or read the article to learn more.

Access to affordable and sustainable energy is a fundamental requirement for human flourishing and economic development. While energy grids in developed countries can still be optimized, many regions around the world lack readily accessible energy sources. This is where alternative energy solutions, such as solar power, play a vital role. Solar energy, derived from the sun's abundant resources, offers practical and scalable options for both residential and commercial applications. However, to harness the full potential of solar power, efficient power conversion from direct current (DC) to alternate current (AC) and reliable energy storage systems are essential. This podcast session explores the significance of power conversion technologies, energy storage reliability, and the pursuit of sustainability in the field of solar energy. Additionally, advancements in materials science, such as the development of innovative formulations and sustainable practices, are crucial for improving...

Electric Motors Keep the World Spinning
Adhesives Make Them More Reliable and Efficient

They’re a powerful force for modern-day life. Electric motors are everywhere – in home appliances, standard office equipment, and high-tech smart factories. As the electric motor market grows – and its expansion projections are impressive – new designs that drive efficiency and reliability are required. Discover how innovations in bonding solutions are helping fuel progress in this important market space.

Listen to the podcast and/or read the article to learn about what’s enabling the efficiency, ruggedness, design flexibility, and sustainability of next-generation electric motors.

Industry 4.0 (I4.0) has been a significant megatrend in the manufacturing world for over a decade. It has revolutionized modern-day manufacturing, bringing unprecedented efficiency and benefits such as reduced operational costs, improved output, sustainable production, data-driven quality control, and high-efficiency manufacturing. However, challenges such as data security concerns, lack of an IT-adept workforce, and inefficient integration of new systems remain hurdles to easy and widespread adoption. The pandemic has demonstrated the advantages of advanced automation, and investments in I4.0 have paid dividends. This article explores how materials can optimize the performance and reliability of electronics and complex mechanical systems, prolonging robust system performance to derive maximum benefit from I4.0.

Listen to the podcast and/or read the article to learn more.