The right experience.
Right where you need it.

• On-site and remote troubleshooting for controls and robotics.
• Emergency production support, subject to confirmed availability.
• Sequence changes, new product variants, and equipment modifications.
• Fault recovery, alarms, interlocks, and equipment interface troubleshooting.
• Legacy program review, backups, and change documentation.

Urgent requests are reviewed directly. Response time, travel, and scope are confirmed before support is scheduled.

• Contract programming support for OEMs, integrators, and machine builders.
• Factory testing, site acceptance, startup, and production ramp-up support.
• I/O verification, device integration, sequence checkout, and fault handling.
• Robot-to-PLC handshakes and upstream/downstream equipment coordination.
• Punch-list completion, documentation, and maintenance handoff.

• FANUC programming, including KAREL and application-level logic.
• ABB and KUKA programming, including RAPID and KRL.
• Palletizing, depalletizing, case packing, sorting, and material handling.
• Vision-guided robotics, 3D picking, calibration, and application integration.
• Conveyor line tracking, robot/PLC coordination, and sequence optimization.

• Rockwell ControlLogix programming, diagnostics, and equipment integration.
• Legacy SLC 500 and PLC-5 troubleshooting, modifications, and migration planning.
• Ignition and Wonderware SCADA, operator interfaces, alarms, and process visibility.
• Custom applications, WMS interfaces, and equipment-to-business-system integration.
• Industrial network troubleshooting and coordinated controls architecture.

• ROBOGUIDE and RobotStudio offline programming and robot cell studies.
• Reach, interference, sequence, and cycle-time evaluation.
• Rate simulation for material flow, buffering, and throughput assumptions.
• Virtual commissioning support for controls logic and equipment interfaces.
• Model review against actual equipment behavior during commissioning.

Simulation results depend on model fidelity and assumptions. Final performance and safety-related behavior require validation on the actual equipment.

• Controls and robotics architecture review.
• Application feasibility, equipment behavior, and maintainability evaluation.
• Upgrade planning for aging controls and robotics platforms.
• Safety risk assessment and machine safety evaluation support.
• Defined findings, practical recommendations, and implementation priorities.

Safety-related scope, validation responsibilities, and any required specialist or third-party review are agreed for each engagement. Assessment support is not a blanket certification of a machine.