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.
Motion Validation
Validate motion for safe, repeatable performance
Motion Validation proves mechanisms, robots, gantries, conveyors and transfer systems will move as intended under real operating sequences. We run kinematic and dynamic analyses and cycle‑time studies to confirm reach, timing, clearance and synchronization so motions are safe, collision‑free and capable of the target throughput.
By validating motion before building, we prevent misses, undue accelerations, actuator undersizing and unstable transfers. The result is smoother operation, lower vibration and wear, and a validated motion specification that reduces commissioning time and secures first‑time functional performance.
What We Deliver
Kinematic & Dynamic Validation
Validate mechanism and system motion under real sequence loads.
Cycle‑Time Studies
Model automatic, manual, setup, recovery and fault‑mode timings.
Cycle‑Time Studies
Model automatic, manual, setup, recovery and fault‑mode timings.
Actuator Sizing Inputs
Provide sizing guidance for servos, motors, cylinders, gearboxes and drives.
Motion Profile Review
Confirm acceleration, jerk, dwell, torque, stroke, speed and sync values.
Robot Path Validation
Check robot reach, paths, singularities and interference risks.
Motion Optimisation
Recommend profile tuning to reduce vibration, wear and improve throughput.
Where we Deploy
Rotary Indexers | High-Speed Transfer Systems | Servo Presses | Robotic Handling | Conveyors | Machine Tending | Pick-and-Place Stations | Dispensing Systems | Multi-Axis Gantries.