Simulate & Validate for Special Purpose Machinery
Prove Machine Performance Before You Build
A custom machine cannot simply be built and hoped to work. Simulate & Validate for Special Purpose Machinery (SPM) equips your engineering teams to prove structure, motion, cycle time, controls and safety before a single part is fabricated.
Simulate & Validate for SPM brings together structural validation, motion validation, cycle simulation, virtual commissioning and safety validation, the checks that confirm a machine will perform as intended under real operating conditions. Structural validation confirms frames, fixtures and moving assemblies withstand real loads and duty cycles. Motion validation, cycle simulation and virtual commissioning together prove that movement, throughput and control logic behave as required, while safety validation confirms that guarding and control logic protect operators under real fault conditions.
The result: a machine validated end to end, with fewer surprises during commissioning and a defensible record of proof for every stakeholder who needs it.
Cycle Simulation
Validate the full cycle to secure real throughput
Cycle Simulation proves a machine can meet the required throughput under realistic operating conditions by simulating the entire sequence of operation. We model loading, inspection, clamp/unclamp, robot handoffs, rejects, sensor delays, recovery and operator tasks so quoted cycle times are verified against actual production behaviour.
This service reveals hidden bottlenecks, clarifies true takt and station times, and quantifies the impact of manual interactions and changeovers. The result is an accurate production capability forecast, fewer commissioning surprises and prioritized improvements to reach target throughput reliably.
What We Deliver
Sequence Simulation
Simulate the complete machine cycle and sequence of operation.
Takt & Bottleneck Analysis
Calculate takt, station times and identify throughput constraints.
Flow & Buffer Studies
Model part flow and buffer behaviour for multi‑station systems.
Operator & Manual Interaction
Assess loading, rework, reject and changeover impact on cycle time.
Scenario Testing
Test part variation, sensor delays, inspection time and downstream blocking.
Concept Comparison
Compare cycle times across design options for realistic selection.
Optimization Recommendations
Recommend station balancing, parallel ops and timing improvements.
Where we Deploy
Automated Assembly Lines | End-of-Line Test Systems | Inspection Lines | EV Battery | Assembly | Material Handling | Transfer Lines | Machine Tending Cells | Semi-Automated Operator-Loaded Equipment