Marbach will participate in the virtual exhibition ConneXion which will take place for the first time in 2020. Interested visitors can register at http://connexion.hyperfair.com. There, they can be informed about news in the packaging industry around the clock from November 2 to 28. At ConneXion, Marbach will present its newest and latest developments for better performance in packaging production.
Tina Dost, Marketing Manager at Marbach: "We are very excited about ConneXion. It will bring the packaging industry together and provide a great platform for networking between packaging manufacturers, brand owners and suppliers. The big advantage: ConneXion will take place 24/7 and so all visitors will be able to get comprehensive information independently of time and without any travel expenses. Our international stand crew will provide visitors with personal online advice and support. We are looking forward to many visitors and exciting interactions".
At ConneXion, visitors will be able to walk through virtual exhibition halls and obtain comprehensive information at the exhibitors' individual stands. A supplementary supporting program with LIVE events, roundtable discussions and expert talks on current developments and trends in the packaging industry, will ensure that this will be an important event.
Further information and registration can be found here: www.marbach.com/en/trade-shows/connexion
Marbach has recently extended its portfolio. From now on Marbach will also produce high-precision steel rule dies for cold cut packaging. In the food industry these are mainly used for sliced sausage and cheese.
Marbach offers a special storage system for cutting-dies with its aptly named Marbach Die Storage System (MDSS). The MDSS is available for flat cutting-die packages of up to 2,000 mm format and, and recently, also for rotary dies up to a diameter of 690mm.
Marbach Die Supplies & Automation has hit the nail on the head with its mlas|compact-2 laser system. It combines speed, cutting quality and user-friendliness in one single machine.