INDUSTRIAL AUTOMATION SYSTEMS

INDUSTRIAL AUTOMATION SYSTEMS

ENGINEERED FOR REAL PRODUCTION

Control & Connectivity

PLCs, robot controllers and production software that coordinate the automated process and exchange operational data.

End-of-Arm Tooling


Grippers, welding equipment, screwdriving tools, dispensers and customised fixtures designed around the task.

Robotic Platform


Industrial and collaborative robots selected according to payload, reach, speed, precision and working environment.

WHAT IS AN INDUSTRIAL AUTOMATION SYSTEM?


MORE THAN A ROBOT — A COMPLETE PRODUCTION SOLUTION

Industrial automation systems combine robots, sensors, vision, controls and software to automate complete production processes.


They can operate as standalone cells or integrate into exi proving productivity, precision and operational continuity.



From production challenge to fully integrated automation.

ENGINEERED FOR REAL PRODUCTION


From production challenge to fully integrated automation.

Vision & Sensing

Cameras, scanners and sensors used to locate, guide, measure and inspect products or components.

Industrial automation systems combine robots, sensors, vision, controls and software to automate complete production processes.


They can operate as standalone cells or integrate into existing lines, improving productivity, precision and operational continuity.

WHAT IS AN INDUSTRIAL AUTOMATION SYSTEM?


MORE THAN A ROBOT — A COMPLETE PRODUCTION SOLUTION

Intelligent, adaptable and designed to operate alongside people
in real working environments.

KEY CAPABILITIES
WHAT INDUSTRIAL AUTOMATION SYSTEMS CAN DO?

Assembly & Fastening
Assemble and fasten components accurately.
Material Handling & Positioning
Move and position parts throughout production.
Machine Tending
Load and unload machines automatically.
Welding & Joining
Perform consistent welding and joining operations.
Coordinate as a Fleet
Work with multiple robots through centralised fleet-management software.
Integrate with Operations
Receive tasks from warehouse, manufacturing and enterprise-management systems.

KEY CAPABILITIES
WHAT INDUSTRIAL AUTOMATION SYSTEMS CAN DO?

Assembly & Fastening
2. Warehousing and Intralogistics
Machine Tending
Welding & Joining
Quality Inspection & Testing

Quality Inspection & Testing

Detect defects and verify product quality.

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6. Exhibitions, Events and Entertainment
Finishing & Material Removal
Packaging & Palletising
Quality Inspection & Testing
Detect defects and verify product quality.
Dispensing & Process Application
Apply adhesives, sealants and coatings precisely.
Finishing & Material Removal
Automate grinding, polishing and deburring.
Packaging & Palletising
Handle packaging and palletising efficiently.
Coordinate as a Fleet
Work with multiple robots through centralised fleet-management software.
Integrate with Operations
Receive tasks from warehouse, manufacturing and enterprise-management systems.

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Automotive & Components
2. Warehousing and Intralogistics
Electronics & Electrical
Food & Beverage
Pharmaceuticals & Medical Devices

Pharmaceuticals & Medical Devices

Assembly, handling, inspection and packaging processes requiring controlled and repeatable operation.

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 Plastics & Moulding
Aerospace
General Manufacturing

KEY APPLICATIONS
WHERE INDUSTRIAL AUTOMATION SYSTEMS CAN CREATE VALUE?

KEY APPLICATIONS
WHERE INDUSTRIAL AUTOMATION SYSTEMS CAN CREATE VALUE?

Automotive & Components
2. Warehousing and Intralogistics
Electronics & Electrical
Food & Beverage
Pharmaceuticals & Medical Devices

Pharmaceuticals & Medical Devices

Assembly, handling, inspection and packaging processes requiring controlled and repeatable operation.

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6. Exhibitions, Events and Entertainment
Aerospace
General Manufacturing

BENEFITS
WHY INDUSTRIAL AUTOMATION SYSTEMS?

Safer Workflows

Reduce direct exposure to repetitive or demanding activities.

Safer Workflows

Reduce direct exposure to repetitive or demanding activities.

Repeatable Precision

Execute programmed movements and process parameters consistently.

Flexible Production

Adapt programs and tooling for new products or production variants.

Improved Quality

Detect variation and support more reliable production results.

Scalable Automation

Expand from one automated process to additional production stages.

Greater Productivity

Maintain consistent production flow and reduce unnecessary process delays.

Greater Productivity

Maintain consistent production flow and reduce unnecessary process delays.

Safer Workflows

Reduce direct exposure to repetitive or demanding activities.

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Repeatable Precision

Execute programmed movements and process parameters consistently.

Flexible Production

Adapt programs and tooling for new products or production variants.

Improved Quality

Detect variation and support more reliable production results.

Scalable Automation

Expand from one automated process to additional production stages.

BENEFITS
WHY INDUSTRIAL AUTOMATION SYSTEMS?