Rampf to hold symposium on automation and dispensing of liquid plastics

Innovative solutions for the processing of liquid plastics are the focus of the symposium RAMPF Technologietage 2015 in Rottweil, Germany. Scheduled to take place on June 18-19, the event gathers high-profile speakers from renowned companies who will provide insights into current challenges and future developments. The symposium is being hosted by RAMPF Production Systems, the international manufacturer of low-pressure mixing and dispensing systems and renowned automation specialist.

 

Bonding, casting, and sealing technologies are increasingly being dominated by automated assembly and monitoring systems. This spans a variety of areas, ranging from holistic design processes for electronic components, to production systems with integrated mounting, connecting, testing, and heat treatment processes.

 

“However, the potential for further process optimization is significant. This is why the event RAMPF Technologietage 2015 is focusing on the topic ‘Automation and Dispensing of Liquid Plastics,’” states Bernd Faller, Managing Director of host company RAMPF Production Systems.

 

Bernd Faller, Managing Director of RAMPF Production Systems

 

Reputable end-users, material producers, and system partners such as BROSE, KUKA Roboter, and SMA Solar Technology will report on the present tasks and future challenges involving innovative solutions for optimizing the processing of liquid plastics. Time and space will be provided to participants to share thoughts and experiences, Mr. ” says Bernd Faller.

 

Part of the event will also be a tour of the premises of RAMPF Production Systems, with live demonstrations of foaming, bonding, casting, and conductive processes. RAMPF will be showcasing the processing of fast-curing RAKU-PUR Speed two-component polyurethane gaskets from RAMPF Polymer Solutions, the dispensing of casting compounds with extremely high thermal conductivity, and the ultra-precise application of gap fillers. The tour will be rounded off by a demonstration showing the rapid curing of two-component PU adhesives via infrared radiation.