Experience from
the production floor.
Robot cells, conveyors, controls cabinets, and the engineering work behind them. A selection from our prior project experience.
9 project images shown.
Bin Picking / Case Loading
3D vision-guided robot cell for locating, picking, and loading raw material directly from cases with reliable part acquisition and placement.
Multi-Arm End-of-Line Palletizing
Dual-arm palletizing system with robots mounted on a shuttle to service multiple end-of-line pallet positions and product flows.
Electrical Panel Design & Retrofit
Electrical design to applicable UL standards for new control panels and retrofit upgrades to existing industrial panels, including controls hardware, power distribution, drives, safety, and field interfaces.
Raw Material Sorting / Stacking
2D vision-guided robotic picking for raw-material sorting and stacking at production rates exceeding 14 picks per minute.
In-Field Commissioning / Troubleshooting Support
Hands-on controls and robotics support at the machine: startup, debug, root-cause troubleshooting, production recovery, and coordination with plant and OEM teams to get equipment running reliably.
Electronic Valve Body Assembly
Four-camera 2D vision system supporting robotic part identification, picking, orientation, and precision mechanical assembly of electronic valve-body components.
Warehouse / Distribution Center Sortation & 4-Arm Palletizing
High-throughput warehouse and distribution-center sortation integrated with four robotic palletizing arms for coordinated product routing and end-of-line handling.
Existing Palletizing System Modification / Upgrades
Controls and robotic upgrades to existing palletizing systems, including sequence changes, new product handling, tooling updates, safety integration, and commissioning around existing production constraints.
Digital Twin / Robot Cell Simulation
Robot-cell simulation and digital-twin development using off-the-shelf simulation platforms or custom Unity-based environments for layout validation, reach studies, cycle-time development, offline programming, and virtual commissioning.
Another view of the engineering.
Examples of the software environments used for offline programming and simulation. These supplied third-party reference images are separate from the prior project photographs above.
ROBOGUIDE cell simulation
Robot, conveyor, and cell geometry shown in a ROBOGUIDE simulation reference.
RobotStudio environment
A simulated robot cell and production equipment in the RobotStudio environment.
Virtual commissioning view
A supplied software reference illustrating a robot cell simulation environment; not a Custom Automation project or a claim of Siemens product specialization.
Similar equipment. A different challenge?
Tell us what you are working with and where you need support.