Engineer technology that makes industry more capable.
To engineer intelligent automation, robotics, machinery and industrial technologies that help businesses and industries operate more efficiently, safely and sustainably.
INDUSTRIAL TECHNOLOGY • AUTOMATION • ROBOTICS
Engineering the Intelligent Industrial Future
IMAUTORNATION develops intelligent automation, robotics, industrial machinery and advanced engineering technologies for the industries that build our world.
WHO WE ARE
Building technology for a more capable industrial world.
IMAUTORNATION is being developed as an industrial technology and manufacturing company focused on automation, robotics, engineering and advanced manufacturing.
Our long-term ambition is to develop an integrated industrial ecosystem spanning automation, robotics, energy, machinery, hydraulics, materials, automotive systems, construction equipment and advanced manufacturing.
COMPANY / CORPORATE IDENTITY
One industrial identity. Many technology disciplines.
IMAUTORNATION is structured around a simple idea: industrial capability grows when engineering disciplines are connected. Automation, robotics, artificial intelligence, machinery, hydraulics, energy, materials and manufacturing are treated as parts of a broader technology and industrial ecosystem.
Build a globally recognized industrial technology group.
IMAUTORNATION's long-term direction connects automation, robotics, energy, automotive systems, industrial machinery, hydraulics, metals, steel, chemicals, construction equipment and advanced manufacturing.
Engineering first. Integration by design.
Complex industrial challenges require more than individual products. Our approach is to connect disciplines, systems, people and processes so that technology can move from engineering concept toward practical industrial application.
From intelligent systems to industrial capability.
IMAUTORNATION is being developed as an industrial technology and manufacturing group rather than a single-purpose automation provider, with a long-term focus on technology development, engineering and industrialization.
Core principles
Engineering Excellence
Technical depth, disciplined design and continuous improvement.
Innovation
Developing better ways to solve industrial problems.
Reliability
Technology designed around dependable industrial performance.
Safety
Safety-conscious engineering across machines, systems and operations.
Integrity
Clear technical thinking, responsible communication and accountable work.
Industrial Independence
Building deeper internal capability across technology and manufacturing.
Continuous Learning
Improving through research, experimentation and industrial experience.
Long-Term Thinking
Building capabilities intended to compound over years, not months.
An industrial technology ecosystem.
The company's architecture is designed to allow technologies developed in one discipline to support another — from AI and robotics through machinery, motion systems, energy and advanced manufacturing.
Technology
Automation, robotics, AI, electronics and control.
Engineering
Mechanical, electrical, systems and industrial engineering.
Machines
Industrial equipment, machinery, hydraulics and motion.
Industry
Automotive, manufacturing, energy, materials and infrastructure.
Manufacturing
Production systems, industrialization and process capability.
R&D
Research, prototyping, validation and future technology platforms.
ENGINEERING LIFECYCLE
From industrial requirement to operational capability.
IMAUTORNATION approaches industrial technology as a connected lifecycle — linking requirements, engineering, development, validation, deployment and continuous improvement.
Understand
Define the process, operating environment, performance objective and technical constraints.
REQUIREMENTSArchitect
Shape the system architecture across machinery, automation, controls, motion, energy and integration.
SYSTEM DESIGNDevelop
Turn engineering concepts into prototypes, machines, software, controls and integrated industrial systems.
DEVELOPMENTValidate
Verify performance, interfaces, reliability and readiness against defined engineering requirements.
VERIFICATIONDeploy
Integrate the solution into its industrial environment and prepare it for operation and production.
INDUSTRIALIZATIONEvolve
Improve capability through data, maintenance insight, engineering refinement and further development.
CONTINUOUS IMPROVEMENTTHE ENGINEERING LOOP
Industrial systems should become better with experience.
Lifecycle thinking connects engineering decisions to real operating conditions. It creates a foundation for maintainable systems, measurable improvement and future industrial expansion.
ENGINEERING STANDARDS / INDUSTRIAL DISCIPLINE
Designed for performance. Built for responsibility.
Industrial technology has to perform beyond the demonstration stage. IMAUTORNATION approaches engineering with safety, quality, traceability, maintainability and lifecycle thinking built into the development process.
01
Engineering discipline from concept to operation.
Every industrial system begins with a clear technical objective, defined interfaces and measurable requirements. The goal is not technology for its own sake, but dependable systems that can be engineered, integrated, tested, maintained and improved.
02Safety by Design
Safety considerations are treated as part of system architecture, controls and operating logic.
03Quality by Process
Quality is supported through disciplined engineering, verification and controlled implementation.
04Traceability
Technical decisions, interfaces and system changes should remain understandable throughout the lifecycle.
05Maintainability
Industrial systems should be designed with service, diagnostics, access and long-term operation in mind.
06Lifecycle Thinking
Engineering decisions are evaluated against integration, operation, improvement and future industrial scale.
07Responsible Automation
Automation and intelligent systems should strengthen human capability, operational control and industrial resilience.
01REQUIREMENTSDefine the objective
02ARCHITECTUREStructure the system
03ENGINEERINGDevelop the solution
04VERIFICATIONTest the design
05INTEGRATIONConnect the system
06LIFECYCLEImprove over time
Publication discipline: formal certifications, standards registrations, audited performance figures, customer references and other externally verifiable credentials will be published only when confirmed and approved for public disclosure.
INDUSTRIAL HORIZONS
Six industrial domains. One integrated manufacturing vision.
IMAUTORNATION brings together industrial technology, engineering, automation and manufacturing capabilities across the sectors that power modern economies. Each domain represents a strategic area for technology development, industrial systems and future manufacturing.
01 / AUTOMOTIVE
Automotive
Intelligent production, vehicle technologies and advanced industrial systems supporting the evolution of automotive manufacturing and mobility.
Vehicle Systems
Smart Manufacturing
Industrial Robotics
02 / ENERGY
Energy
Industrial energy systems, power technologies, storage and intelligent energy management designed around the demands of modern industry.
Power Systems
Energy Storage
Industrial Energy
03 / METALS & STEEL
Metals & Steel
Industrial processing, fabrication and materials technologies for the metals and steel value chain, from production systems to advanced applications.
Steel Systems
Metal Processing
Fabrication
04 / CHEMICALS & MATERIALS
Chemicals & Materials
Process technologies, industrial chemicals and advanced materials supporting high-performance manufacturing and next-generation industrial applications.
Process Systems
Advanced Materials
Industrial Chemistry
05 / CONSTRUCTION & INFRASTRUCTURE
Construction & Infrastructure
Heavy equipment, intelligent construction systems and engineering technologies for infrastructure, civil works and demanding industrial environments.
Heavy Equipment
Hydraulic Systems
Infrastructure
06 / INDUSTRIAL MANUFACTURING
Industrial Manufacturing
Intelligent factories, production equipment, industrial automation and advanced manufacturing systems connecting engineering with scalable production.
Smart Factories
Production Systems
Automation
TECHNOLOGY
Intelligence meets engineering.
Automation
Industrial control, process automation, smart factories and connected industrial systems.
Robotics
Robotic systems for manufacturing, inspection, handling and autonomous industrial operations.
Artificial Intelligence
AI-powered industrial intelligence, machine vision, optimization and autonomous decision systems.
Hydraulics & Motion
Hydraulic systems, actuators, pumps, valves, motion technologies and heavy machinery systems.
Industrial Machinery
Engineering and development of specialized machines, production equipment and industrial systems.
Energy Technology
Power systems, energy storage and technologies for efficient industrial energy use.
SYSTEMS MAP / INDUSTRIAL SOLUTIONS
Connect industrial challenges to the right technology pathway.
Industrial problems rarely belong to a single discipline. IMAUTORNATION approaches them as connected systems, combining automation, robotics, machine engineering, industrial AI, motion, energy and manufacturing integration according to the application.
01
Automotive & Production
Production environments requiring coordinated automation, robotics, machine systems and intelligent control.
02
Industrial Manufacturing
Manufacturing operations where process control, equipment integration and production intelligence work together.
03
Energy & Industrial Power
Industrial power and energy applications connecting equipment, control systems, power management and operational intelligence.
04
Construction & Heavy Equipment
Heavy-duty machine applications requiring robust motion, hydraulics, control and equipment engineering.
05
Metals, Steel & Materials
Industrial material processes supported by automation, machine systems, process technology and production integration.
06
Chemicals & Process Industries
Process-oriented environments where instrumentation, control, data, equipment and operational discipline must align.
INTEGRATION PRINCIPLE
Industry context first. Technology second. System performance always.
The same technology can behave very differently across industrial environments. Solution architecture therefore begins with the process, operating conditions, machine requirements and business objective before selecting the appropriate technology combination.
INDUSTRIAL CAPABILITY ARCHITECTURE
Technology becomes capability when the pieces work together.
IMAUTORNATION approaches industrial development as a connected engineering stack — from sensing and intelligence through control, motion, machines, production and industrial integration. The objective is not a collection of isolated technologies, but systems that can operate as one engineered capability.
01SenseData & perception
02ThinkAI & optimization
03ControlAutomation & control
04MoveRobotics & hydraulics
05BuildMachines & production
Industrial AI & Data
Machine vision, industrial data, optimization and machine intelligence supporting better operational decisions.
Automation & Control
Control architectures, process automation, monitoring and connected systems that coordinate industrial operations.
Robotics & Autonomous Systems
Robotic systems and autonomous functions designed for repeatable, precise and integrated industrial work.
Machine Engineering
Mechanical systems, industrial equipment and machine architectures engineered around the operating requirement.
Hydraulics & Motion
Hydraulic, electromechanical and motion technologies for demanding industrial movement and force applications.
Energy & Power Systems
Energy technologies, power management and industrial systems supporting reliable and efficient operations.
Manufacturing Integration
Production systems, process integration and industrialization thinking connecting engineering with scalable execution.
End-to-End Integration
Cross-disciplinary system architecture bringing technology, machines, controls and industrial processes into one solution.
PRODUCTS & SOLUTIONS
Engineering systems built for industrial performance.
IMAUTORNATION connects automation, robotics, machinery, hydraulics, artificial intelligence, energy and manufacturing into integrated industrial products and engineering solutions.
01 / AUTOMATION
Industrial Automation Systems
Control architecture, process automation, connected production systems and intelligent factory infrastructure.
02 / ROBOTICS
Robotic Systems
Robotic platforms for handling, assembly, inspection, production support and autonomous industrial operations.
03 / MACHINERY
Industrial Machinery
Specialized machinery, production equipment and engineered machine systems designed around demanding industrial processes.
04 / HYDRAULICS
Hydraulic & Motion Systems
Hydraulic power, actuators, pumps, valves and motion systems for industrial and heavy-equipment applications.
05 / INDUSTRIAL AI
AI & Industrial Control
Machine vision, industrial intelligence, optimization and data-driven control for increasingly autonomous operations.
06 / ENERGY
Energy & Power Systems
Industrial power technologies, energy management, storage concepts and systems supporting efficient operations.
07 / AUTOMOTIVE
Automotive Production Systems
Automation, robotics and engineered production technologies supporting vehicle manufacturing and mobility systems.
08 / HEAVY EQUIPMENT
Construction & Heavy Equipment
Machinery concepts, hydraulic systems and intelligent equipment technologies for demanding construction environments.
PROJECTS & INDUSTRIAL OPERATIONS
From engineering concept to industrial execution.
Layer H defines how IMAUTORNATION approaches industrial work: engineering, system integration, production, commissioning, optimization and long-term operational development.
01 / AUTOMATION PROJECTS
Industrial Automation Projects
Integrated control architectures, production automation, process monitoring and connected industrial environments.
02 / ROBOTICS
Robotics & Production Systems
Robotic cells, automated handling, inspection and production-system integration for modern factories.
03 / MACHINERY
Industrial Machinery & Equipment
Development and integration of specialized machines, production equipment and engineered mechanical systems.
04 / ENERGY & INFRASTRUCTURE
Energy & Infrastructure Systems
Industrial power, energy-management and infrastructure technologies designed around reliability and efficiency.
05 / METALS & STEEL
Metals, Steel & Materials Operations
Industrial processing, fabrication, materials handling and technology systems supporting the metals value chain.
06 / ADVANCED MANUFACTURING
Advanced Manufacturing & Industrial Integration
Cross-disciplinary integration of automation, robotics, machinery, AI and production technologies into scalable systems.
ENGINEERINGConcept development, system architecture and technical design.
PRODUCTIONIndustrial manufacturing, assembly and system preparation.
DEPLOYMENTIntegration, commissioning and operational optimization.
DEVELOPMENTContinuous improvement, R&D and future industrial expansion.
Customer names, contract values, production volumes, certification numbers and operating locations are intentionally not presented as factual claims until verified and approved for public disclosure. This keeps the website commercially strong without inventing credentials or performance data.
R&D / INNOVATION
Turning industrial challenges into new technology.
IMAUTORNATION's research and development direction brings together artificial intelligence, robotics, automation, advanced machinery, energy technologies, materials and industrial systems to create the next generation of engineering capabilities.
Artificial Intelligence & Machine Intelligence
Development of intelligent industrial systems using machine vision, data analysis, optimization and decision-support technologies.
Machine Vision
Optimization
Industrial Data
Advanced Robotics & Autonomous Systems
Research into robotic systems capable of increasingly adaptive, coordinated and autonomous industrial work.
Autonomous Systems
Robot Control
Industrial Robotics
Intelligent Manufacturing
Development of connected production environments that combine automation, sensing, control and manufacturing intelligence.
Smart Factories
Digital Production
Process Control
Next-Generation Machinery
Engineering research focused on specialized machines, production equipment, motion systems and integrated industrial hardware.
Machine Engineering
Motion Systems
Industrial Equipment
Energy & Industrial Power
Exploration of technologies that improve industrial energy efficiency, power management, storage and system-level performance.
Energy Systems
Power Management
Storage
Advanced Materials & Industrial Systems
Investigation of materials, manufacturing methods and integrated systems supporting stronger, more efficient and more capable industrial technologies.
Materials
Process Technology
System Integration
From research to industrial technology.
01 / DISCOVER
Identify industrial problems, opportunities and technical requirements.
02 / DESIGN
Develop concepts, architectures and engineering approaches.
03 / PROTOTYPE
Build and evaluate experimental systems, components and technologies.
04 / VALIDATE
Test performance, reliability, safety and industrial suitability.
05 / INDUSTRIALIZE
Move validated technologies toward products, systems and production.
Engineering First
Research is connected to practical engineering,
manufacturability and real industrial requirements.
Cross-Disciplinary
Software, AI, electronics, mechanics, hydraulics,
materials and manufacturing are treated as connected technologies.
Long-Term Technology
R&D is structured to create capabilities that can
evolve into future products, platforms and industrial businesses.
NEWS & INSIGHTS
Knowledge for the industrial systems of tomorrow.
IMAUTORNATION uses industrial knowledge, engineering analysis and technology perspectives to connect today's technical challenges with tomorrow's products, systems and manufacturing opportunities.
The Intelligent Factory
How automation, robotics, industrial data and connected control systems can work together to create more capable production environments.
AutomationRoboticsSmart Factory
From Machine to System
Industrial performance increasingly depends on integrating mechanics, electronics, software, hydraulics and control into complete engineered systems.
SystemsMotionIntegration
AI Inside Industrial Operations
Machine vision, optimization, predictive intelligence and data-driven control are opening new possibilities for industrial decision-making and autonomy.
AIVisionOptimization
Designing for Industrial Scale
Moving from prototypes to repeatable production requires engineering discipline, manufacturability, process control and a clear path to industrialization.
ManufacturingProductionIndustrialization
Powering Industrial Capability
Energy systems, power management, storage and intelligent infrastructure form a critical layer of modern industrial performance.
EnergyPowerInfrastructure
Materials Meet Machinery
Advanced materials, processing technologies and machine engineering can combine to create stronger, more efficient and more capable industrial products.
MaterialsMachineryProcess Technology
CAREERS / PEOPLE
Build the technology behind the next industrial era.
IMAUTORNATION brings together engineering disciplines that turn industrial challenges into automation, robotics, machinery, energy systems and advanced manufacturing capabilities. Our future depends on people who think deeply, build carefully and take ownership from concept to industrial reality.
Mechanical Engineering
Machine design, mechanical systems, industrial equipment and engineering development.
Automation & Controls
Industrial control, PLC systems, motion control, integration and process automation.
Robotics & AI
Robotics, machine vision, industrial AI, autonomous systems and intelligent operations.
Electrical & Electronics
Industrial electronics, electrical systems, sensing, power interfaces and machine intelligence.
Hydraulics & Motion
Hydraulic systems, actuation, fluid power, motion engineering and industrial performance.
Manufacturing & Operations
Production engineering, assembly, industrialization, quality and continuous improvement.
An engineering culture with a long-term view.
We believe strong industrial technology is built through disciplined engineering, collaboration across specialties, continuous learning and respect for safety and quality.
Engineering MindsetOwnershipContinuous LearningSafety & Quality
Work with us
As IMAUTORNATION expands its technology and industrial capabilities, opportunities will grow across engineering, R&D, manufacturing and operations.
Open positions will be published as they are formally approved.
INDUSTRIAL INTELLIGENCE / DIGITAL THREAD
Connect machines, data and decisions.
Industrial intelligence connects sensing, machine data, engineering logic and operational decisions into a continuous digital thread.
Sense
Capture machine, process and environmental signals from industrial systems.
Understand
Turn operational data into context that engineers and operators can act on.
Decide
Apply engineering rules, optimization and intelligent control to industrial decisions.
Act
Translate decisions into machine actions, production responses and system adjustments.
Learn
Use operating experience and engineering feedback to improve the industrial system.
Industrialize Intelligence
Move intelligent functions from isolated applications into scalable industrial architectures, machines and manufacturing systems.
OUR LONG-TERM VISION
From automation to industrial manufacturing.
We believe the future of industry will be shaped by the convergence of artificial intelligence, robotics, advanced materials, energy systems and intelligent manufacturing.
IMAUTORNATION is being built with that future in mind.
BUSINESS DEVELOPMENT / INDUSTRIAL PARTNERSHIPS
Build industrial capability together.
IMAUTORNATION is positioned to work with industrial companies, technology partners, manufacturers, engineering organizations and other strategic stakeholders on automation, robotics, machinery, industrial systems and advanced manufacturing opportunities.
Solve a technical or production challenge.
Engage IMAUTORNATION around an industrial requirement, system improvement, automation opportunity or new engineering challenge.
- Automation & controls
- Robotics & production systems
- Machinery & equipment
Connect technologies and capabilities.
Explore technical collaboration where complementary technologies, engineering expertise or industrial capabilities can create stronger integrated solutions.
- Technology integration
- Engineering collaboration
- Industrial platforms
Develop the next industrial opportunity.
Discuss longer-term opportunities spanning new products, manufacturing capabilities, R&D, industrialization and strategic technology development.
- New product development
- R&D & prototyping
- Industrialization
From requirement to industrial solution
01 / DISCUSS
Understand
Define the industrial objective, constraints and technical context.
02 / ENGINEER
Design
Develop the system architecture, engineering approach and technical path.
03 / DEVELOP
Prototype
Turn concepts into testable technologies, machines or integrated systems.
04 / VALIDATE
Verify
Evaluate performance, reliability, safety and readiness for deployment.
05 / SCALE
Industrialize
Move validated solutions toward repeatable production and industrial application.
Start an industrial conversation.
Tell us what you are trying to build, automate, improve or develop. The existing contact channel can be used for business development, engineering discussions and general company enquiries.
Project scopes, commercial terms, customer references, contract values, production figures, certifications and operating locations should be published only after they have been formally verified and approved for public disclosure.
INDUSTRIAL ENGAGEMENT
Built for serious industrial conversations.
From a defined automation problem to a broader industrial system, IMAUTORNATION approaches each opportunity through engineering, integration, validation and long-term development.
Clarify the process, machine, production or technology objective.
Translate requirements into architecture, machinery, controls and integration.
Develop, test and refine the system before industrial deployment.
Design with manufacturability, reliability, maintainability and future expansion in mind.
LET'S BUILD
Engineering the next generation of industry.
Interested in working with IMAUTORNATION, exploring a technology partnership or discussing an industrial project?
Contact IMAUTORNATION
INDUSTRIAL ENQUIRY
Tell us what you are building.
Share the industrial challenge, technology requirement or development objective you would like to discuss with IMAUTORNATION. A concise brief is enough to start the conversation.
Address
Via Kennedy, 17
40069 Zola Predosa - Bologna
Italy
Phone
+39 051 6169 574