Dispensing equipment previously used by the company had been very inaccurate, not only did it create unnecessary waste, but it also caused high costs in material and additional cleaning efforts.
After completing preliminary tests, the company’s team was convinced that the preeflow eco-PEN450 precision volumetric dispensing system would support their intentions. The system was fully integrated with the help of preeflow’s partners in Germany. Made by ViscoTec, the dispensing system provides repeatable, precise volumetric dispensing with consistent results every time. For Franklin Electric, it vastly reduced both material usage and cleaning costs, which was associated with large amounts of excess adhesive produced by the old dispensing system.
The progressive cavity pump that is now being used has a reliable suck-back function which ensures cleanliness on the work-piece and also at the workplace, as well as precise dispensing. The integration of the new dispenser was very simple and the operators found it easy to implement.
The preeflow eco-PEN450 system has made it possible to dispense without contamination. The result is considerably less cleaning effort and a quicker processing time.
Franklin Electric, headquartered in the USA, is constantly striving to improve internal processes. They work with high-tech machines, including the eco-PEN450 dispenser, which is available in the UK and Ireland from the sales partner, Intertronics.
www.intertronics.co.uk, www.franklin-electric.com
Zusammenfassung Résumé Zusammenfassung russisch
Ein Hersteller von Wasser- und Kraftstoffpumpen sollte die Dosierprozesse in seiner tschechischen Produktionsstätte optimieren und beweist, dass die Verwendung von UV-härtendem Material während des Applikationsprozesses reduziert werden kann.
Un fabricant de pompes à eau et à carburant a voulu optimiser les processus de dosage dans son usine de fabrication tchèque, en prouvant que l’utilisation du matériau à séchage UV peut être réduite pendant le processus d’application.
Производитель водяных и топливных насосов оптимизирует процессы дозирования на производственных мощностях в Чехии и доказывает, что использование отверждаемого УФ материала во время процесса применения можно уменьшить.
