Digital twins for design certainty and faster commissioning.
We build an executable virtual model of your system — integrating mechanical design, electrical documentation, controls logic, and robot simulation — so you can test behaviors before the physical build.
- Virtual commissioning to reduce risk and rework
- Siemens-based engineering workflow with real integration outcomes
- ABB robot simulation integrated into the broader automation design
A testable model, not a pretty model
Siemens positions the “comprehensive digital twin” as an integrated lifecycle approach — a connected “single source of truth” across design and realization. We apply that idea practically: a model you can run, fault, and validate against your intended operating modes.
What “digital twin” means at Mexx
Not just 3D. A digital twin is a connected model used to predict behavior and validate changes before they hit the floor.
What we deliver
Mechanical design model (Solid Edge)
Engineering-grade mechanical design that stays connected to downstream validation.
Electrical design + documentation
Wiring diagrams and electromechanical documentation aligned to the build package.
Controls architecture and logic
Control philosophy, sequencing definition, and integration support aligned to site standards.
Robot simulation and programming
RobotStudio-based simulation to validate reach, cycle behavior, and cell flow before install.
Virtual commissioning workflow
Test scenarios and behaviors early using Siemens virtual commissioning approaches
Handover-ready deliverables
Test plans, FAT/SAT support inputs, and documentation that supports commissioning.
Toolchain + partners (positioning section)
We operate as a Siemens automation partner and have long-running ABB integration capability. That means the “virtual twin” work is not isolated—it’s tied to automation architecture and robot behavior validation.
- Siemens digital thread thinking across disciplines (design → validate → implement)
- ABB RobotStudio digital twin + virtual commissioning concepts for robot systems
- Omron components/robots where they best fit (where applicable)
- Fewer late changes and integration surprises
- Faster commissioning and ramp-up
- Clearer fault recovery and safer operating modes
- Better maintainability through validated access + sequences
- More stable alarms and troubleshooting pathways
- Better training and readiness before handover
Want to validate a system before you build it?
Tell us the scope, constraints, and target outcomes — we’ll propose a digital twin pathway that supports real commissioning and handover.
i[email protected]
(07) 5571 5733
Unit2, 28 Harrington Street, Arundel. 4214, Australia
