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Lithium iron phosphate cells have long led a shadowy existence in the automotive sector. However, a rethink is currently taking place. Why this is the case and why LFP cells are becoming more and more established. 

The production of sustainable fuels from solar energy is an ambitious project and poses great challenges for people and materials. HTL materials are used in a special project.

MLC Ceramic Machinery, based just north of Alcobaça in the Oeste region of Portugal, reports continuing healthy demand for its range of ceramic production machinery.

At the Ceramitec trade fair, Eirich, an expert in mixing and processing technology, will be presenting a wide range of solutions relating to energy efficiency and sustainability for the ceramics industry.

Numerous battery factories are to be built worldwide - which in turn need to be equipped with production technology. An opportunity worth billions if Europe's mechanical engineering companies make the right use of it. 

In Duisburg, thyssenkrupp has started to build a large plant for more climate-friendly steel production. Prior to this, several processes are to be researched in a smaller pilot plant.

The robot cell developed by Fraunhofer IPA and Campus Schwarzwald inserts fuel cells in a matter of seconds and fully automatically. The aim is to reduce the price of fuel cell systems. 

The potential for augmented reality in mechanical engineering is high. Nevertheless, many companies decide against using it. The Frankfurt University of Applied Sciences has investigated why this is the case.

Which recycling process is more sustainable? How does recycled material compare to new plastic? Reliable answers are often difficult to find. Fraunhofer researchers show what is important.

The particularly efficient perovskite solar cells are usually produced in the laboratory using solvent-based processes. However, the solar industry relies on vacuum processes - and according to a study, these are competitive.

Graphene has properties like no other material - and great economic potential. How will the global market and fields of application develop over the next few years? An overview.

In addition to the use of AI, digital twins and cobots, mobile manipulators and humanoid robots are increasingly shaping developments. This is the assessment of the International Federation of Robotics.

Biotechnologically produced materials could replace fossil-based plastics, enable new materials and accelerate the transition to a circular economy. But the framework conditions are not yet right.

BAM and TU Delft are developing and testing new materials for thermomagnetic generators. They are intended to convert waste heat from data centers, the food industry or the paper industry into electricity.

The EU is launching the Net-zero Industry Act. The goal: 40% of the EU's demand for technologies such as photovoltaics, wind turbines, batteries and heat pumps should come from European production by 2030.

Two Swedish companies have developed wooden towers for wind turbines. The connection of the wooden elements to the steel foundation and the nacelle is crucial for the stability of the tower.

In 2023, steel production in Germany has fallen to its lowest volume since 2009. Weak demand, high electricity prices and the uncertain financing of the transformation are weighing on the industry.

Automotive engineering or aerospace need reliable and resistant materials. Quantum magnetometers can be used to detect the smallest damage before the materials show any recognizable cracks.

Cost reduction, quality improvement and more sustainable production are key objectives in battery machine construction. In order to achieve these, technological breakthroughs are required in various areas.

With a practical cold joining process, high-strength steel bonded joints can be separated while preserving the material. This is particularly interesting for the repair of multi-material car bodies.