Constructive concept of a lightweight container for municipal waste collection. (Image: Fraunhofer IWS)
New containers made from light metals and fibre composite plastics will replace the heavy steel superstructures of classic waste trucks
The nanocarbon additive makes it possible to ensure a low porosity of the printed material, increasing its hardness by 1.5 times. (Image: NUST MISIS)
The carbon nanofibres are a by-product of associated petroleum gas processing, which has serious environmental significance
Dr Stefan Janssen discusses the scanner-based laser processing technique developed within the Carbolase project
The new system in use at MTC. (Image: MTC)
The five-axis system allows engineers to cut, drill or machine complex shapes without the drawbacks associated with traditional laser machining such as heat build up or tapers
LMD and LPBF can be used to produce composite materials with thin layers and a range of different properties. (Image Fraunhofer ILT)
The 3D printing method can be used to produce a ferrous composite material of balanced hardness and toughness – similar to Damascus steel.
Hamamatsu Photonics has created a spatial light modulator that delivers pulse laser power capability up to 400 GW/cm2, by utilizing its advanced thin-film and circuit designing technologies. This new SLM to high-power industrial pulsed laser systems will contribute to achieve high-throughput, high-precision laser processing to processing resistant material such as light-weight and high-strength carbon fiber reinforced plastics (CFRP).
Hollow-core fibres have successfully been used to guide pulses from an ultrashort pulsed laser to a scanner on a robotic arm
