Commissioning Company Services for Reliable Launches

Commissioning cost is driven by system complexity, the number of robots and connected machines, controls and safety scope, required testing, site readiness, travel, and the level of launch support needed. A standalone cell generally requires less effort than a multi-station line with vision, traceability, or process validation. A defined commissioning plan and acceptance criteria help establish an accurate project scope.

The three commonly referenced types are initial commissioning for a new system, retro-commissioning for an existing system that needs performance evaluation and correction, and recommissioning after significant changes or upgrades. In manufacturing automation, commissioning also includes functional tests, safety validation, controls integration, process optimization, and production acceptance testing before a system is released for regular operation.

Automation commissioning typically includes verifying mechanical installation, electrical connections, robot programs, PLC logic, safety circuits, machine interfaces, sensors, alarms, and production sequences. Engineers then test representative parts and operating conditions to confirm cycle time, quality, repeatability, and fault recovery. The final scope may also include operator training, documentation, punch-list resolution, and production ramp-up support.

Timing depends on the size and readiness of the system. A well-prepared standalone robotic cell may be commissioned in days, while a complex line with multiple robots, vision, conveyors, testing stations, and traceability can require several weeks. Completing offline simulation, controls reviews, factory acceptance testing, and site-readiness checks before installation reduces avoidable delays during startup.

Commissioning verifies that the installed system performs safely and consistently under real operating conditions. It identifies programming errors, communication gaps, tooling problems, unsafe conditions, and process variation before they cause downtime, scrap, or delayed deliveries. A structured commissioning effort also establishes documented acceptance criteria and gives operators the knowledge needed to respond appropriately once production begins.

GLOBAL’s commissioning capabilities are supported by controls engineers, robot programmers, installation engineers, and manufacturing specialists. For an existing or third-party system, the work begins with a review of available documentation, hardware condition, safety requirements, and control architecture. This assessment defines the testing approach, identifies gaps, and determines the engineering resources needed to support a safe, effective launch.

Issues are documented, prioritized, and addressed according to their impact on safety, functionality, quality, and production performance. Engineers may adjust robot programs, PLC logic, vision settings, tooling, interfaces, or process parameters, then retest the affected sequence. A managed punch list keeps responsibilities and completion status clear so acceptance testing proceeds only after critical items are resolved.

Yes. Training can be included as part of a turnkey automation project and is most effective after the system has been validated in its production configuration. It can cover normal operation, startup and shutdown, alarm response, safe recovery, basic troubleshooting, and maintenance procedures. Clear technical documentation helps reinforce training and supports consistent operation across shifts.