Industrial focus
Robotic production cells, automated assembly, machine vision, material handling, intelligent controls and manufacturing integration.
Industries / IMAUTORNATION
Technology for the industries that build the world.
IMAUTORNATION develops and integrates automation, robotics, intelligent machines, energy systems and advanced engineering technologies across demanding industrial environments.
01 / Industrial Sectors
Engineering capability across industrial domains.
Our industrial direction connects technology development with the environments where machines, systems, materials, energy and production must perform together.
AutomotiveVehicle production, automation, robotics and intelligent manufacturing systems.
ManufacturingProduction systems, machine integration, process control and industrial automation.
EnergyEnergy systems, industrial power, equipment and intelligent energy management.
ConstructionConstruction machinery, heavy equipment, hydraulics and motion systems.
Metals & SteelMaterial processing, machinery, automation and industrial production systems.
Chemicals & MaterialsProcess technology, industrial equipment, controls and materials systems.
InfrastructureIndustrial systems supporting infrastructure, utilities, power and large-scale operations.
Industrial SystemsCross-disciplinary machinery, automation and integrated engineering solutions.
02 / Automotive
Intelligent production for automotive systems.
Automotive manufacturing demands precision, repeatability, throughput and coordinated machine intelligence. Our technology direction brings automation, robotics, machine vision, controls and production engineering together.
Technology connection
Automation + Robotics + AI + Motion + Manufacturing Systems
03 / Manufacturing
From machines to complete production systems.
Manufacturing capability is built through the integration of machinery, controls, robotics, data, process engineering and disciplined production methods.
Industrial focus
Production automation, machine systems, process control, digital production, quality-oriented workflows and system integration.
Technology connection
Industrial Automation + Robotics + Industrial AI + Machine Engineering
04 / Energy
Engineering systems for industrial power.
Energy capability is fundamental to industrial independence and productivity. Our direction spans energy technologies, industrial power systems, equipment and intelligent management.
Industrial focus
Energy systems, power management, industrial equipment, storage concepts and intelligent energy integration.
Technology connection
Energy Technology + Automation + Industrial Electronics + AI
05 / Construction & Heavy Equipment
Power, motion and machine capability where work gets heavy.
Construction and heavy equipment combine mechanical engineering, hydraulics, controls, electronics and rugged industrial design.
Industrial focus
Heavy machinery, hydraulic systems, motion control, intelligent equipment and machine integration.
Technology connection
Hydraulics + Motion + Machine Engineering + Automation + Industrial Electronics
06 / Metals, Steel & Materials
Industrial technology for material-intensive operations.
Metals and materials industries require robust equipment, process control, automation and reliable systems capable of operating in demanding environments.
Industrial focus
Material processing, production machinery, automation, process monitoring and industrial system integration.
Technology connection
Automation + Machinery + AI + Materials Systems + Manufacturing
07 / Chemicals & Process Industries
Control, equipment and intelligence for complex processes.
Process industries depend on precise control, robust equipment, monitoring and disciplined system engineering.
Industrial focus
Process automation, industrial equipment, instrumentation concepts, monitoring and system integration.
Technology connection
Automation + Industrial AI + Industrial Electronics + Machine Systems
08 / Infrastructure & Industrial Systems
Engineering across connected industrial environments.
Infrastructure and large industrial operations require technologies that connect machines, energy, automation, data and physical systems into dependable operating environments.
Automation
Robotics
Energy
Machinery
Hydraulics
AI
09 / Cross-Industry Engineering
The same engineering disciplines can create different industrial outcomes.
IMAUTORNATION's capability is designed to move across sectors while preserving a common engineering approach: understand the requirement, architect the system, develop the technology, validate it and prepare it for industrial use.
01
Understand
Industrial requirement and operating context.
02
Architect
System boundaries, interfaces and priorities.
03
Engineer
Machines, controls, software and supporting systems.
04
Validate
Function, integration, safety and readiness.
05
Industrialize
Deployment, manufacturing and continuous improvement.
10 / Industrial Partnerships
Start with the industrial problem.
For clients and technology partners, the right starting point is a technical conversation about the operating challenge, required capability and pathway to implementation.