FANUC ROBOGUIDE Simulation Services
Simulation-only FANUC ROBOGUIDE services for reachability, collision and clearance review, EOAT clearance, cycle-time validation, and layout feasibility. Three tiers, clear deliverables, and an MP4 walkthrough plus a written findings report with every paid engagement.
Three Tiers. Clear Deliverables.
Choose the level of FANUC ROBOGUIDE simulation that matches your project scope. Every paid tier includes an MP4 simulation walkthrough and a written findings report. All prices are starting points; final pricing is confirmed in a written quote and depends on robot count, CAD quality, EOAT/tooling details, layout complexity, process clarity, revisions, and required deliverables.
Early-stage validation of FANUC robot reach, layout feasibility, and major collision concerns before you commit to equipment or tooling.
- FANUC ROBOGUIDE simulation model
- Reachability analysis
- Layout feasibility review
- Major collision / clearance review
- Robot model suitability recommendation
- MP4 simulation walkthrough
- Written findings report
- 30-minute review call
A more complete FANUC robot-cell simulation with reachability, collision / clearance review, EOAT clearance review, path review, and cycle-time validation.
- Everything in Tier 1
- Full FANUC ROBOGUIDE workcell simulation
- Cycle-time validation
- EOAT clearance review
- Path review & optimization notes
- Detailed collision / clearance review
- Simulation-based throughput estimate
- Payback support (client-provided assumptions)
- MP4 simulation walkthrough
- Written findings report
- 1-hour review call
Custom FANUC ROBOGUIDE simulation support for system integrators, complex robot cells, multi-robot layouts, or proposal support.
- Everything in Tier 2
- Multi-cell FANUC ROBOGUIDE simulation
- Advanced simulation-based throughput analysis
- Advanced collision & clearance reporting
- Conveyor / peripheral simulation (where applicable)
- ROBOGUIDE project file (if agreed in scope)
- Ongoing revision support (if included)
- MP4 simulation walkthrough
- Advanced written findings report
- Simulated recovery-position reference notes (where relevant to the ROBOGUIDE model)
Need a Faster Review?
A 24-hour rush feasibility review may be available for approved FANUC ROBOGUIDE projects at 2x standard Tier 1 pricing, starting at $2,400. Availability depends on project scope, file readiness, robot model, EOAT/tooling information, layout complexity, and sequence clarity. Rush timing begins only after scope acceptance, payment confirmation, and receipt of required information.
Complex full-cell, multi-robot, or integrator-support projects are quoted separately and may not qualify for 24-hour delivery.
Ask About Rush Feasibility ReviewCycle-Time Validation
Cycle time is the foundation of a FANUC robot business case. If the simulated cycle time doesn't match what the line needs, the rest of the plan is built on sand.
We build your full robot path in FANUC ROBOGUIDE, sequence the motion using FANUC TP-style motion logic and path sequencing inside ROBOGUIDE, and measure cycle time from first motion to last using the software's FANUC kinematics.
What This Answers:
// Cycle-Time Analysis Output
Reachability Analysis
Before finalizing robot model, mounting position, or cell layout, you need confirmation that the robot can physically access every required position without hitting joint limits or entering a singularity.
We test all critical positions against the robot's actual work envelope using FANUC ROBOGUIDE's reach and interference tools.
What This Answers:
// Reachability Report Snapshot
Collision & Clearance Review
Interference is among the most expensive failure modes to discover after a cell is built. Robot-to-fixture, robot-to-part, and robot-to-robot contact can damage equipment and force avoidable rework.
We run your robot through all programmed paths with interference checking active on the robot body, EOAT, fixtures, guarding, and peripheral equipment.
What This Covers:
// Collision & Clearance Log
Path: P4→P5 retract | Clearance: −12mm
Path: Approach to P6 | Clearance: 4mm
EOAT Clearance Review
End-of-arm tooling is where many clearance problems hide. A gripper or process tool that clears in a CAD still can foul a fixture, a nest, or the part itself once it moves through a real path.
We model your EOAT geometry in FANUC ROBOGUIDE and check clearance through the full motion sequence — approach, engage, retract — against parts, fixtures, and guarding.
What This Answers:
// EOAT Clearance Summary
Layout Feasibility Review
Cell layout locks in early — and it's expensive to change late. Before the footprint is committed, simulation confirms the robot can cover every work position from the intended base and mounting position.
We evaluate base placement, mounting orientation, and work-position coverage in FANUC ROBOGUIDE to confirm the layout is feasible for the selected robot model.
What This Answers:
// Layout Feasibility Notes
Good Fit / Not a Good Fit
We're deliberately narrow. Here's where SimuValidate is the right call — and where it isn't.
Good Fit
- FANUC ROBOGUIDE simulation
- FANUC robot workcell feasibility
- FANUC robot cycle-time validation
- FANUC robot reachability analysis
- FANUC robot collision / clearance review
- EOAT clearance review in FANUC ROBOGUIDE
- Integrator support for FANUC robot simulation deliverables
- Quote / proposal support for FANUC robot cells
Not a Good Fit
- PLC programming
- Controls engineering services
- Robot installation
- On-site commissioning
- Emergency production support
- Full turnkey integration
- Electrical panel design
- Mechanical fabrication
- Non-FANUC robot simulation
- Projects with no geometry, process description, or clear assumptions
- Guaranteed production output without field validation
What We Need & What You Receive
Project Inputs
- FANUC robot model, if already selected
- ROBOGUIDE version, if relevant
- CAD files, if available
- EOAT / tooling details
- Part geometry
- Fixture / layout information
- Target cycle time
- Process sequence
- Reach / collision concerns
- Payload assumptions
- Current project stage
- Any constraints or assumptions
Deliverables
- FANUC ROBOGUIDE simulation review
- MP4 simulation walkthrough
- Written findings / report
- Reachability findings
- Collision / clearance notes
- EOAT clearance observations
- Cycle-time estimate, where included
- Layout / robot model suitability notes
- Next-step recommendations
- Assumption list and limitations
What Simulation Can — and Can't — Do
- — ROBOGUIDE simulation reduces risk but does not replace final engineering review, safety validation, integrator validation, or field commissioning.
- — Simulation accuracy depends on input data quality, robot model, EOAT details, payload assumptions, geometry accuracy, process assumptions, and final programming.
- — Cycle-time estimates are simulation-based and are not guaranteed production rates.
Simulated Recovery-Position Reference Notes
Where relevant to the ROBOGUIDE model, Tier 3 can include simulated recovery-position reference notes: documentation of clear intermediate positions identified in the simulation between a mid-path point and the robot's home position, based on the simulated cell geometry.
These are reference notes derived from the ROBOGUIDE model — not an executable robot program, not a controls or commissioning deliverable, and not a substitute for on-cell validation. Any real-world recovery procedure must be defined and validated on the actual cell by your qualified personnel.
What the notes document:
Get a Quote for Your FANUC Simulation
Submit your FANUC robot project details. We typically respond within 1 business day with scope confirmation and pricing.