The Next Era of
Industrial Robotics
Powered by Physical AI
The foundational intelligence layer for software-defined robotics: Acteris turns standard robots into intelligent operators that see, learn, and adapt.
The Next Era of
Industrial Robotics
Powered by Physical AI
The foundational intelligence layer for software-defined robotics: Acteris turns standard robots into intelligent operators that see, learn, and adapt.
The Next Era of
Industrial Robotics
Powered by Physical AI
The foundational intelligence layer for software-defined robotics: Acteris turns standard robots into intelligent operators that see, learn, and adapt.
[01]
OUR PLATFORM
[01]
OUR PLATFORM
[01]
OUR PLATFORM
Acteris is the Intelligence Layer for Industrial Robots
Powered by Physical AI, Acteris works across leading industrial robots, including collaborative robots (cobots). It is designed to thrive in complex operating scenarios where variability and real-world conditions make traditional, rigid automation obsolete, including high-mix, low-volume production.
[03]
THE PROBLEM
[03]
THE PROBLEM
[03]
THE PROBLEM
High-Mix Production Breaks Traditional Automation
Rigid programming cannot scale when production changes every day.
In high-mix environments, automation fails for predictable reasons. Constant rework turns every changeover into a manual project, where small deviations cause stops and improvements require specialist intervention. Extended deployment cycles delay time-to-value due to custom integration and manual reprogramming for every new task. High changeover costs emerge as frequent shifts in parts, jobs, and priorities add significant expense. Fragile runtime performance causes systems to break down whenever real-world conditions do not match the script.
In high-mix environments, automation fails for predictable reasons. Constant rework turns every changeover into a manual project, where small deviations cause stops and improvements require specialist intervention. Extended deployment cycles delay time-to-value due to custom integration and manual reprogramming for every new task. High changeover costs emerge as frequent shifts in parts, jobs, and priorities add significant expense. Fragile runtime performance causes systems to break down whenever real-world conditions do not match the script.
In high-mix environments, automation fails for predictable reasons. Constant rework turns every changeover into a manual project, where small deviations cause stops and improvements require specialist intervention. Extended deployment cycles delay time-to-value due to custom integration and manual reprogramming for every new task. High changeover costs emerge as frequent shifts in parts, jobs, and priorities add significant expense. Fragile runtime performance causes systems to break down whenever real-world conditions do not match the script.
[04]
THE SOLUTION
[04]
THE SOLUTION
[04]
THE SOLUTION
Automation That Deploys Faster, Runs Reliably, and Scales Across Robot Cells
Acteris reduces the burden of deploying and operating robotic automation, especially within high-mix industrial processes.
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Faster deployment
Partner-led commissioning with a standardized platform foundation.
Faster deployment
Partner-led commissioning with a standardized platform foundation.
Faster deployment
Partner-led commissioning with a standardized platform foundation.
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Easier changeovers
Adapt jobs and process variations without rewriting robot programs.
Easier changeovers
Adapt jobs and process variations without rewriting robot programs.
Easier changeovers
Adapt jobs and process variations without rewriting robot programs.
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Higher autonomy
Built-in recovery flows to reduce manual intervention and downtime.
Higher autonomy
Built-in recovery flows to reduce manual intervention and downtime.
Higher autonomy
Built-in recovery flows to reduce manual intervention and downtime.
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Operational visibility
Real-time production monitoring for status, progress, and performance.
Operational visibility
Real-time production monitoring for status, progress, and performance.
Operational visibility
Real-time production monitoring for status, progress, and performance.
Robot brand compatibility
Works with ABB, Universal Robots, and FANUC, and soon expanding to additional leading brands.
Robot brand compatibility
Works with ABB, Universal Robots, and FANUC, and soon expanding to additional leading brands.
Robot brand compatibility
Works with ABB, Universal Robots, and FANUC, and soon expanding to additional leading brands.
[05]
LATEST NEWS
[05]
LATEST NEWS
[05]
LATEST NEWS
Latest News
Explore the latest announcements, media coverage, and press releases from Trener Robotics. Stay informed on company milestones, strategic partnerships, and product innovations shaping the future of industrial automation.
