Three service tiers covering every phase of FANUC ROBOGUIDE simulation validation. Each tier includes clear deliverables, defined robot limits, and a formal MP4 and PDF output.
Choose the level of analysis that matches your project scope. Every tier includes an MP4 simulation video and a formal written report.
For early-stage FANUC ROBOGUIDE validation. Confirm reach, basic layout feasibility, and major collision risks before committing to equipment or tooling.
For FANUC automation projects needing validated cycle time, path review, collision analysis, and decision-ready simulation evidence.
For system integrators, multi-cell FANUC projects, advanced revision support, and complex ROBOGUIDE deliverables.
Cycle time is the foundation of your automation business case. If the simulated cycle time doesn't match what you need, nothing else matters—and finding that out after installation is costly.
We build your full robot path in FANUC ROBOGUIDE, program the motion instructions using actual FANUC TP syntax, and measure cycle time from first motion to last. The software uses real FANUC kinematics, not approximations.
Before finalizing robot model selection, mounting position, or cell layout, you need confirmation that the robot can physically access every required work position without hitting joint limits or entering a singularity.
We test all critical positions in your application against the robot's actual envelope using FANUC ROBOGUIDE's interference checking tools.
Collisions are among the most expensive failure modes in robot cell installation. A robot striking a fixture, workpiece, safety fence, or another robot can damage equipment and require engineering rework that is entirely avoidable with simulation.
Our collision detection analysis runs your robot through all programmed paths with interference checking active on the robot body, end-of-arm tooling, fixtures, guarding, and peripheral equipment.
Automation ROI projections that aren't backed by validated cycle time data are estimates. Our ROI validation takes your simulation results and translates them into a payback period calculation using your own production assumptions.
We use your actual labor rates, shift structure, and production volume data combined with the verified cycle time from simulation to support a defensible ROI model.
ROI outputs are based entirely on client-provided assumptions. SimuValidate does not guarantee any specific financial outcome.
Included in Tier 3, the homing program using the breadcrumbs method is a structured FANUC robot recovery routine that allows the robot to safely return to its home position through predefined intermediate waypoints—rather than moving directly from an unknown or potentially unsafe position.
When a FANUC robot is stopped unexpectedly mid-path—due to an E-stop, fault, or power interruption—resuming without a structured recovery plan can risk collision with fixtures, parts, or guarding. The breadcrumbs method defines a safe sequence of intermediate positions the robot traverses before returning home.
Submit your FANUC robot project details. We respond within 1 business day with scope confirmation and pricing.