Projects

Service department and Procurement Changes As we enter into the new year we are both sad and excited for Ryan Gallagher as he has parted ways with Navus to pursue other career opportunities. Ryan has been a huge part of the Navus team in the past few years but we are excited for him as…

Project Detail This custom weld cell utilizes six robots in a work cell measuring 140’x40’x30’. Three robots on each side of a column and boom system function to weld and clean oddly-shaped parts which each weigh 30 tons. The four robots on either end of the cell weld the part, while the two center robots,…

Project Detail This machine is designed to weld T-beams by feeding them through a work cell. The cell consists of two inverted robots using the twin wire welding method. The Aim Optimize the automation process and minimize product variation, thus producing quality, repeatable welded components. The Outcome Successful. Reduced welding time by nearly 70%. “With…

Project Detail This portable robotic work cell is designed to be used for multiple welds in multiple positions. Equipped with a twin wire welding system for heavy-deposition welding, the robot can also change tools for single-torch welding, grinding, deburring, and cleaning. The robot, wire drums, tool changer, and peripheral equipment are located on a movable…

Project Detail An unprecedented welding project designed to move the robotic welding workcell 20 yards into position in a dangerous environment. The multi-task robot effectively preps joints, welds, provides inter-pass cleaning, and vacuums welds remotely from an operator’s console that utilizes a live monitor and a HD camera for post inspection. During the development phase,…

Vision-Guided Robotics System Project Detail Using vision-guided robotics, custom software, and adaptability with minimal input from an operator, this system translates building plans from two-dimensional CAD drawings to finished floorboards, cut, stacked, and organized in order of their downstream process. The Aim Deliver faster production times and decreased safety risks to employees in our clients’…

Project Detail Using sensor guided robotics, this system is designed to locate individual parts that weighed up to 14,000 pounds, identify the part by recognizing its shape and features, create a tool path for it, and then mill the sharp edges on the part to a precise radius. The Aim Optimize the automation manufacturing process…

Project Detail This custom process has a small footprint that encompasses multiple stages of the manufacturing automation process in one space, and also complies with the pre-existing downstream packaging systems in our clients’ facility. The Aim Create a dynamic custom automation process that integrated with pre-existing processes in our clients’ facility, and also handled multiple…