Process Engineering

Process Engineering

Innovative Coatings for Enhanced Plastic Parts Performance

Be they ball bearings in bicycles, slide bearings in the crankshafts of ships, or high-performance bearings in motor sports – bearings fulfill a wide range of…

Process Engineering

Laser Welding: Efficient Bonding of Polymers and Wood

Using laser welding for joining thermoplastics is an industrially established process. The advantages of this process are, among other things, high automation…

Process Engineering

Infrared Spotlights Crystal Growth at University of Leeds

Developed by engineers at the University of Leeds, the technique uses infra-red spectroscopy to monitor supersaturation – the levels of chemical saturation in…

Process Engineering

New Polymer Coatings Shield Against Corrosion Damage

The new coatings are designed to better protect materials from the effects of environmental exposure. Applications range from automotive paints and marine…

Process Engineering

Dual-Function CNC Machine: Laser Welding and Milling Combined

The five-axis, computer-controlled milling center can now perform two jobs: Three-dimensional deposition welding using a 1.5-kilowatt diode laser and component…

Process Engineering

Innovative Modeling Techniques Transform Ice Cream Production

Everyone is familiar with and enjoys ice cream. But do we really know how it is produced on an industrial scale? During ice cream’s production process, the…

Process Engineering

European Researchers Create Flexible OLED with Printing Tech

Researchers working in the European ROLLED project have developed a flexible OLED element that can be mass produced using roll-to-roll printing technology. The…

Process Engineering

Efficient Fiber Laser Welding: Minimal Additive Materials

It has to get by with as few additive materials as possible, and should under no circumstances influence or contaminate the materials. As an alternative to…

Process Engineering

Laser-Assisted Joining: LIFTEC® Process for Plastics & Metal

The newly developed LIFTEC® joining process (patent pending) works by heating a component, or a part of it, by laser radiation which passes through the plastic…

Process Engineering

Smart Production: Lighter Cars Without Compromising Safety

Fuel is expensive, so cars need to become lighter and lighter. To ensure that this weight loss does not come at the expense of safety, the vehicles’ metal…

Process Engineering

Efficient Aluminium Component Manufacturing for Industries

Aluminium alloys are largely used in all kind of industries, e.g. in the car industry, mechanical engineering and aerospace industry. For some applications the…

Process Engineering

Innovative Solutions for Ocean Floor Oil Pipeline Challenges

More and more oil extraction takes place on the ocean floor –not the easiest place to reach when it comes to maintaining and repairing pipelines that don’t…

Process Engineering

New Laser Research Transforms MDF with Rare Wood Grains

The “LaserCoat” research project in a collaborative research effort consisting of eight academic, research and commercial organisations and part-financed by…

Process Engineering

SCHOTT Unveils New Manufacturing Technique for LASF35 Glass

Thanks to its extremely high index of refraction, LASF35 glass offers excellent properties for sophisticated lens systems used in tight spaces. By relying on a…

Process Engineering

Unlocking Glass Potential: Innovative Cutting Techniques

Glass is a versatile, popular material for a wide range of applications. Cutting the glass is key to obtaining high-quality products. In the conventional…

Process Engineering

New Mid-Infrared Lasers Boost Efficiency for Defense Systems

As these types of lasers become more efficient, they could be used in next-generation laser-based defense systems to fool incoming missile attacks or detect…

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