Collarbot

• Patented Stereovision technology that accurately locates fastener in 3D space
• Locate, seal, inspect, feed, and collar in confined spaces including rib pockets
• Improved sealant application quality with real-time inspection data generation
• Improved flow time by collaring concurrently with the automated drill and fill processes

One of Electroimpact's automatic tool changing (ATC) projects was for Boeing's 737 Spar Assembly Line in Renton, WA. Ten machine tools, each with two on-board 6-axis robots, drill and fasten airplane structural components. The robots change 100% of the process tooling (drill bits, bolt anvils, hole probes, and nose pieces) to allow seamless transition across the entire range of hole and fastener sizes (3/16" - 7/16").

• Fully-automated, robotic tool change
• Designs include on-board (travel with another machine tool) and stand-alone
• KUKA and FANUC robots
• Simulation and programming using KUKA.WorkVisual and FANUC ROBOGUIDE

• A Phased Approach to Optimized Robotic Assembly for the 777x
  3/2019 | 2019-01-1375 | SAE, Aerofast

Material Handling

• Integration of KUKA robots and vision systems to perform material handling
• Simulation and programming using KUKA Sim Pro
• Experience working in class 1 division 2 explosive environments

Perforator

The Electroimpact perforator robotic system offers high dynamic performance and a small machine footprint for a relatively low cost. The system is designed to require minimal human input through automation of tool management, dual working zones, and intuitive display of the machine's real-time performance.

• Flexibility achieved via a small end effector envelope
• Low cost in comparison to a gantry-style machine of similar capability
• Small machine footprint and large work envelope

• High Path Accuracy, High Process Force Articulated Robot
  9/17/2013 | 2013-01-2291 | SAE, AeroTech