The modifications happening in the energy, automotive, logistics, manufacturing, and other industries, coupled with evolving industry 4.0 novelties, impel need for innovative materials. The materials industry is witnessing the growth in demand for solutions for sustainability, light-weighting, 3D printing, and surface engineering, along with developing intelligent materials, nano-formulations, and advanced composites with improved characteristics. Moreover, broad acceptance of artificial intelligence (AI), machine learning (ML), and data management practices strengthen scientists to study and build novel materials lot faster, expediting the time-to-market from a couple of decades to just a few years.
Further, an enormous volume of waste gets produced throughout the production of materials, has compelled governments to draft several environmental regulations. On the other hand, sustainable materials provide support for circular systems and enable the implementation of a circular economy. Intending to meet the requirements of specific industrial use cases, contemporary materials in development furnish application-specific characteristics. Also, developments in materials science authorize for producing smart materials with programmable properties so that they behave or react to stimuli from external factors. Similarly, improvements in nanotechnology depict that the characteristics of materials at a nanoscale vary from those of their mass equivalents. The propagation of nanofibers, nanotubes, allotropes, quantum dots (QD), and other nanostructures empower an almost infinite source of value-addition, in the form of enhanced performance of industrial products, retained at an atomic level.
Additionally, rising additive manufacturing facilities struggle to expand beyond conventional thermoplastics and employ materials that provide greater flexibility, customization, and functionality while generating minimal waste. Industrial innovations usually go together with novel materials development. Expeditious developments in materials science further provide accelerating research and experimentation while improving materials’ sustainability, light-weighting, nanomolecular, and programmable qualities.
Keeping these transitions in mind, Manufacturing Technology Insights has complied a list of top 10 materials manufacturing companies in Europe – 2020. With several innovative technological capabilities and success stories up their sleeves, these companies are constantly proving its mettle in the field of the materials manufacturing. We hope this issue of the Manufacturing Technology Insights helps you build the partnership you and your firm need to foster a technologically-driven learning environment.
We present to you Manufacturing Technology Insights’ “Top 10 Materials Manufacturing Companies in Europe - 2020.”