Technical scopes defined around the process, plant operations, and acceptance criteria.
Automate repetitive, critical, or welding processes with an integrated solution built around the part.
Cell concept, robot, process, safety, I/O, tooling, programming, and commissioning, depending on scope.
Engineering, integration, programming, documentation, and training when applicable.
Part, process, material, target cycle, volume, layout, and quality criteria.
Coordinate equipment, sequences, safety, and process information.
PLC, HMI, panels, networks, I/O, interlocks, and electrical integration depending on scope.
Control architecture, programming, drawings, testing, and commissioning.
Sequence, existing equipment, signals, plant standards, and safety requirements.
Position and hold parts repeatably for the process.
Concept, 3D design, accessibility, clamping, sensing, and fabrication when applicable.
Models, drawings, component list, and integrated fixture depending on scope.
Part CAD, datums, tolerances, process, and volume.
Extend the usefulness of existing equipment and reduce technical obsolescence.
Assessment, control replacement, safety, programming, peripherals, and functional recovery.
Assessment, phased proposal, integration, and validation depending on scope.
Brand, model, condition, failure, documentation, and production objective.
Take the system from installation to stable, documented operation.
Program loading, I/O tests, interlocks, tuning, paths, and validation; FAT/SAT when applicable.
Checklists, backups, parameters, and report depending on scope.
Architecture, programs, drawings, acceptance criteria, and line availability.
Diagnose failures, recover function, and plan technical maintenance.
Diagnostics, programming, backup, inspection, spare parts, and correction subject to availability.
Findings, completed actions, and technical recommendations.
Brand, model, serial number, alarm, history, and evidence of the failure.
Fabricate components or assemblies linked to integration and manufacturing processes.
Manufacturability review, cutting, machining, assembly, and welding per drawing and scope.
Parts or assemblies and documentary evidence when applicable.
Drawings, material, tolerances, quantity, and inspection requirements.
Understand whether automation is technically viable before committing investment.
Current process, cycle times, labor requirements, downtime, rework, risks, and alternatives.
Scenarios, assumptions, preliminary scope, and potential return without a financial guarantee.
Volume, shifts, cycle time, documented scrap/rework, costs, and constraints.
Tell us about your process or technical requirement. We review the information and define the next step with you.