Aagard
Daniel Vappi is a skilled Controls Engineer currently employed at Aagard since March 2023. Prior to this role, Daniel served as a Controls Technician and Electrical Designer at Brenton Engineering from March 2018 to March 2023, and also worked as an Electrical Assembler. Daniel's experience includes a position as a Field Service Technician at KLEENLine Corporation from March 2017 to February 2018. Earlier in their career, Daniel worked as a Field Hand at Picnic Rock Farm LLC from June 2012 to December 2016. Daniel holds an Associate of Science degree in Robotics and Automation Engineering Technology from NHTI, Concord's Community College, completed between 2014 and 2016.
Aagard
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WINNING TOGETHER HONORABLY Aagard is delivering packaging systems that give our customers a competitive advantage. Custom built in the USA, our robust systems have made us leaders in the packaging industry. Aagard’s custom machine solutions are designed to fit your specific application, product and production environment. While delivering excellent stand alone equipment, our “all-in-one” systems are truly unique in the industry. These integrated packaging systems have allowed us to reduce overall line footprints by more than 50% in some cases, reduce installation time and cost, reduce required line labor, reduce utility costs, and significantly increase overall line efficiency. Aagard is an innovative packaging machinery manufacturer committed to fully leveraging automation in the following areas: Cartoners, Case Packers, Palletizer systems, Sleevers, Retort Loaders/Unloaders, and Form/Fill/Seal machines. We’ve developed new technologies which have allowed Aagard to go beyond the industry standards for integration. We are combining major unit operations onto a common frame and control system with spectacular results. ABOUT AAGARD The Aagard Group, LLC, designs, engineers and manufactures automated packaging machinery in Alexandria, Minnesota. Aagard proudly maintains a culture that fosters creative thought and collaboration. We welcome the opportunity to demonstrate how we create, control, and analyze motion in ways that you may not have seen before.