Clear Automation designed and built this system to assemble, laser mark, inspect and package a cosmetic product. The system features 7 robots, 2 lasers, 4 cameras, conveyors, parts feeders, a central indexer, 2 robot controllers and a PLC. It manufactures 3 part styles, 8 at a time, 120 parts per minute, 24 hours per day.
Flexible car body transfer and sealer system – fanucrobotics.com A pedestal mounted FANUC M-2000iA/900L lifts a car body from an incoming floor conveyor, and moves it to a fixture where four FANUC M-20iA robots will apply sealer. After the car body has been placed onto the fixture, the FANUC M-20iA robots apply sealer to the under body and wheel wells of the vehicle. After sealer has been applied, a second floor mounted FANUC M-2000iA lifts the car body from the sealer fixture, rotates it 180 degrees, and places it onto a second fixture. The car is then inspected manually, before being lifted by a third FANUC M-2000iA and placed onto an outgoing floor conveyor. This array of FANUC M-2000iA resulted in 60% floor space savings over conventional vertical lifters and overhead conveyors along with the reliability of a robot. The flexibility and reliability of the FANUC robots allows for a low maintenance, flexible automation system.
This video was made as part of the Sound Design module at University. The piece contains footage of a variety of industrial manufacturing robots, performing various tasks and duties in a factory. The original sound from the video has been completely wiped and has been replaced by my own personal sound design. The majority of the sounds for the piece were sourced from the BBC sound effects library and were then subsequently manipulated to fit the motions of the robots. Thomas Neild
Fanuc Robot Operation At GMI – Kettering University. Industrial and Mfg. Engineering Program Ranked #1 In Nation. Final Project. Spring 2008.
One of SilexSolar’s new robot to increase PV Solar panel production at the Homebush Bay NSW Australia manufacturing facility
Powered by Yahoo! Answers