Simulation

Virtual Robotic Simulation & Discrete Event Simulation

We are expertise in handling complete robotic line; have hands on experience in Mainline assembly, Underbody, Door inner and outer, Roof, Deck lid, Tail gate, Lift gate, Hood, Fender, Body side on all 3 phases viz.,

Process Phase…

Design Phase OLP…

Installation Phase …

We take care of complete process with high working standards to make sure downloads will work 100% accurately on the floor. We also provided 10% leverage on cycle time to avoid any issues due to manual errors involved in commissioning. Our process involves initial layout validation – reach study, product orientation confirmation, concept tool design, spot distribution, cycle time validation, Kinematics – fixture, gripper, gun; Tool validation and issue rectification idea, spot distribution final and validated as per fixture design interference, sequence cycle time; gun design final, mounting, EOAT open spec and robot home spec; layout finalization – robot model, riser height, fence, light screen and other control box placementfinalization, GSL, layout output, interference zone, I\O, Sequence, aux data – OLP as per required controllers, final cycle time arrival and document output, final weld spot list doc, final layout output, downloads, robot mounting specs., robot home position specs.,

Discrete Event Simulation

In case of discrete event simulation we provide conceptual design and simulation video packages. We also handle DES as creating virtual model as in real world and work with mathematical/logical programs to evaluate the phase changes at prescribed time to validate the exact condition. Each event occurs at an instant in time and marks a change of state in the system; among them are the event-based, activity-based, process-based and three-phase approaches. Basic components involved in DES are time, event lists, statistics and ending conditions.