Skip to main content
Technology

Industrial AI.

Product variation, changing conditions, and increasing labor constraints can limit the effectiveness of traditional automation. AI helps automated systems recognize patterns, make decisions, and adapt in real time, improving picking, inspection, and robotic performance while reducing manual intervention and process disruptions.

overview

What is Industrial AI?

Industrial Artificial Intelligence (AI) helps automated systems handle variation that is difficult to manage with fixed programming alone. By analyzing data, recognizing patterns, and making real-time decisions, AI improves performance in tasks such as inspection, picking, and robotic handling. This makes automation more flexible, efficient, and reliable in changing production and intralogistics environments.

Challenges

What this technology solves

Complex picking decisions of variable products 

Part and parameter variation

Inconsistent quality inspection

Skilled labor shortages

Technology

How it works

Industrial AI helps automated systems recognize products, interpret changing conditions, and select the most appropriate action in real time. AI models trained on data captured by cameras, sensors, and equipment enable robots to handle variation accurately and consistently. 

  • Deep-learning vision for recognition, defect detection, and robotic picking.

  • AI-driven motion planning and collision avoidance for efficient robot operation.

  • Adaptive process control that adjusts welding parameters to measured part variation. 

Solutions

This technology is mainly used in

Intelligent manufacturing solutions_AI Weld Inspection_ (5)

AI weld inspection

solution_robotic pick & place_random mixed palletizing_demo awl_01

Random mixed palletizing

solution_robotic pick & place_sorter induction_demo awl_image_01

Parcel induction

solution_robotic pick & place_item & piece picking_demo awl_image_03

Item picking

solution_robotic pick & place_random mixed depalletizing_arvato venlo_image_01

Random mixed depalletizing

solutions_RoboticPick&Place_Stamping_stacking_ (7)

Stamping stacking

automated manufacturing linesFlexible manufacturing of Miscellaneous Steel_ (4)

Flexible manufacturing of miscellaneous steel

Results

Benefits to your operation

Higher process flexibility

Consistent inspection quality

Reduced programming effort

Approach

A proven approach to robotic automation

The success of robotic automation depends on more than the technology itself. The way requirements are defined, engineering decisions are made, and systems are supported after commissioning all influence long-term operations performance.

Bringing together expertise across engineering, integration, commissioning, and support helps create solutions that perform reliably in operation.

Customer experiences

Robotic automation that performs

customer experience_parcel induction at gls_image_04
customer experience_parcel induction at gls_image_07-2

“The first results are positive, and the team is pleased with the solution. They only need to feed the parcels into ROSI and no longer worry about them.”

Tom Hartmans, Project Lead at GLS

Read more
customer experiences_random mixed depalletizing at gnc_image_02
Company logo

''We're still learning and the team is still getting more comfortable with it, but at the end of the day we really starting to see the productivity, the benefits that we were expecting.''

Bill Monk, Vice President of Distribution at GNC

Read more
contact_CTA_(5)

Let’s talk about future-ready solutions for your business.