Integration/Product Design & Production Planning

 

Product Design & Production Planning

Industrial robots are generally applied under one of two sets of circumstances. The first is the situation involving a new facility, process, or product; here robots are incorporated into the initial plans & are implemented routinely along with other equipment & facilities. The second, more common, situation involves the application of robots to existing processes & operations, often in response to management direction or upon a suggestion from a supplier of robotic equipment. Here the robot must be integrated into ongoing operations, & changes to product, process, equipment, or facility which may be necessary are often difficult to accomplish.

To assure success in either case, INGORA approaches the application of industrial robots in a systematic manner. Launching a robotic production system is best done in a multi-step process that involves not only the robot, but also the product, production equipment, layout, scheduling, material flow, & a number of other related factors. Where robots are being integrated into existing operations, there are five discrete steps in this process:

  • Initial survey
  • Qualification
  • Selection
  • Engineering
  • implementation

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Robot Integration within Manufacturing Systems

Product Design & Production Planning

Operations Research Techniques for Robotics Systems

Computation, AI, & Multi-agent Techniques for Planning Robotic Operations

Knowing Robot Ergonomics to Optimize Robot Performance

Human Factors in Planning Robotics Systems

Justification of Robotics Systems

Robotic Manufacturing Cells

Reliability, Maintenance, & Safety of Robots

CAD & Graphic Simulators as the Emulators of Robotics Systems

Precision & Calibration

Robotics in FMS & CIM

Strategy for Implementation of Robotics Projects