but another finnish alternative does have the tough, mouldable qualities needed for cosmetics or food. it s almost impossible to guess that these aren t plastic. it is only close up that you can see its natural origins, and that is wood combine with natural binders and dyes. so our material biodegrades almost exactly the same time period as the same thickness of wood. microbes are able to eat our material and then our material biodegrades into c02, water and biomass. ingredients can be put through existing moulding machines. the material would struggle with housing hazardous chemicals though, and it s end of life is proving problematic. it can be mechanically or chemically recycled. the problem is that the volumes are so small that it doesn t make any sense that the current plastic recycling infrastructure collects and sorts our material out.
then our material biodegrade into c02 in the water and biomass. into c02 in the water and biomass- into c02 in the water and biomass. , .. , , biomass. ingredients can be put throu~h biomass. ingredients can be put through existing biomass. ingredients can be put through existing moulding - through existing moulding machines. the material would struggle with housing hazardous chemicals though and its end of life is proving problematic. it end-of-life is proving problematic.- end-of-life is proving problematic. it can be mechanically - problematic. it can be mechanically or - problematic. it can be - mechanically or chemically recycled. the problem is that the volumes are so small that it doesn t make any sense that the current plastic recycling infrastructure collect and our material out. 50 infrastructure collect and our material out. material out. so for this to really work material out. so for this to really work it material out. so for this to really work it needs - materia
DISA has launched the DISAMATIC® D5, a new green-sand vertical moulding machine for large castings. Based on the revolutionary D3 platform, the D5’s multiple innovations and cutting-edge technology deliver the fastest throughputs, highest yields and maximum uptime.
The DISAMATIC® D5 is here: future-proof moulding performance for large castings
DISA has launched the DISAMATIC® D5, a new green-sand vertical moulding machine for large castings. Based on the revolutionary D3 platform, the D5’s multiple innovations and cutting-edge technology deliver the fastest throughputs, highest yields and maximum uptime.
Replacing the popular DISAMATIC 240 and 250, this new member of DISA’s flagship D Line is available in three mould sizes up to 650x850mm and 500mm thick. With three speeds up to 450 uncored moulds per hour, it combines premium mould quality with breathtaking speed, short-run flexibility and minimum maintenance.
“The digital-ready DISAMATIC D5 is perfect for ambitious foundries that want a future-proof way to transform big casting production,” said Nina Rasmussen, VP Product Development at DISA. “We’ve built on the worldwide success of the DISAMATIC D3, evolving the design and adding numerous upgrades that help achieve the very
New impetus for machine builder Kurtz Ersa in the fields of robotics and automation
As of 01.04.2021 Dr. Michael Wenzel takes over the management of Kurtz Ersa Automation GmbH. Dr. Wenzel received his doctorate in physics from the Julius Maximilian University of Würzburg in 1992. During his now 30-year career, the internationally experienced manager has served as managing director, consultant, and interim manager of well-known companies in the fields of mechanical and plant engineering as well as automation. From 2003 to 2018, Dr. Michael Wenzel was also a member of the Robotics & Automation board within the German Mechanical and Plant Engineering Federation (VDMA). During this time, he held offices such as Chairman of the Robotics Department and Chairman of the Robotics & Automation Association.