A New Chapter: $32M Series A Funding and the Launch of Trener Robotics

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A New Chapter: $32M Series A Funding and the Launch of Trener Robotics

Read Article

A New Chapter: $32M Series A Funding and the Launch of Trener Robotics

Read Article

Why Automation Fails in High-Mix Environments

Rigid programming can’t keep up with changeovers and real-world variation. Acteris is the intelligence layer for industrial robots, built to run high-mix automation with less reprogramming and more uptime.

Request a Demo

Why Automation Fails in High-Mix Environments

Rigid programming can’t keep up with changeovers and real-world variation. Acteris is the intelligence layer for industrial robots, built to run high-mix automation with less reprogramming and more uptime.

Request a Demo

Why Automation Fails in High-Mix Environments

Rigid programming can’t keep up with changeovers and real-world variation. Acteris is the intelligence layer for industrial robots, built to run high-mix automation with less reprogramming and more uptime.

Request a Demo

[01]

THE PROBLEM

[01]

THE PROBLEM

[01]

THE PROBLEM

High-mix production creates the hardest conditions
for automation.

Frequent changeovers, part variability, shifting priorities, and constant pressure on throughput. Traditional robot programming works best when processes stay stable but becomes slow, expensive, and fragile when production changes every day.

This is why many manufacturers remain underserved by automation. Deployments take too long, adapting to new jobs costs too much, and performance depends on a few specialized experts. High-mix operations need robotic automation that can adapt rather than just repeat.

This is why many manufacturers remain underserved by automation. Deployments take too long, adapting to new jobs costs too much, and performance depends on a few specialized experts. High-mix operations need robotic automation that can adapt rather than just repeat.

This is why many manufacturers remain underserved by automation. Deployments take too long, adapting to new jobs costs too much, and performance depends on a few specialized experts. High-mix operations need robotic automation that can adapt rather than just repeat.

[02]

THE PLATFORM

[02]

THE PLATFORM

[02]

THE PLATFORM

A Platform for Intelligent Industrial Robot Operations

Faster deployment, stable execution, and real-time visibility without the need for expert programmers. Acteris brings built-in intelligence to industrial robots to simplify deployment, execution, and scaling across robotic cells.

With Acteris, manufacturers can:

Faster deployment

Deploy faster through partner-led commissioning and standardized rollout.

Faster deployment

Deploy faster through partner-led commissioning and standardized rollout.

Faster deployment

Deploy faster through partner-led commissioning and standardized rollout.

Easier changeovers

Reduce changeover friction as jobs, parts, and priorities evolve.

Easier changeovers

Reduce changeover friction as jobs, parts, and priorities evolve.

Easier changeovers

Reduce changeover friction as jobs, parts, and priorities evolve.

Higher autonomy

Maintain stable execution with fewer manual interventions.

Higher autonomy

Maintain stable execution with fewer manual interventions.

Higher autonomy

Maintain stable execution with fewer manual interventions.

Real-time visibility

Monitor status and performance with real-time visibility and alerts.

Real-time visibility

Monitor status and performance with real-time visibility and alerts.

Real-time visibility

Monitor status and performance with real-time visibility and alerts.

Acteris is designed to support a wide range of industrial automation processes. Machine tending serves as our primary application today as we continue to expand the platform’s capabilities.

Request a demo

Request a demo

Request a demo

[03]

Real-world use

[03]

Real-world use

[03]

Real-world use

Industrial Machine Tending, Standardized

Acteris provides a consistent deployment and operating approach across machines, shifts, and product variants. Machine tending covers industrial processes where robots, including collaborative robots, handle loading, unloading, and part flow management through machines to maintain stable execution and high machine utilization in high-mix production.

Acteris supports machine tending across:

[04]

MACHINE TENDING

[04]

MACHINE TENDING

[04]

MACHINE TENDING

How Acteris Works for Machine Tending: Deploy → Run → Operate at Scale

Acteris is commissioned and deployed through our network of trusted integrators, and operates at scale across your entire shop floor, enabling high-mix machine tending that adapts to changeovers and minimizes downtime.

Watch a demo of Acteris (formerly ActGPT) for CNC machine tending:

Request a demo

Request a demo

Request a demo

[05]

CLIENT SOLUTIONS

[05]

CLIENT SOLUTIONS

[05]

CLIENT SOLUTIONS

Pre-engineered Machine Tending Solutions with ABB and Universal Robots, soon with FANUC

For teams looking to move faster, Trener Robotics offers pre-engineered machine tending solutions with leading robot manufacturers. These packages combine proven cell designs with Acteris-powered operation to enable quick deployment, reduce integration risk, and confident scaling.

T-MT

T-MT

T-MT

Compact Mobile CNC Solution

Compact Mobile CNC Solution

Compact Mobile CNC Solution

A fully mobile CNC tending cell powered by Acteris, designed for rapid redeployment across machines. Its compact footprint and multi-table setup deliver unmatched flexibility for high-mix workflows and fast adaptation.

A fully mobile CNC tending cell powered by Acteris, designed for rapid redeployment across machines. Its compact footprint and multi-table setup deliver unmatched flexibility for high-mix workflows and fast adaptation.

A medical robotic system with a robotic arm and a control unit, designed for precision tasks in healthcare.
A medical robotic system with a robotic arm and a control unit, designed for precision tasks in healthcare.
A medical robotic system with a robotic arm and a control unit, designed for precision tasks in healthcare.

Specifications:

  • UR12e 12.5kg payload, 1300mm reach

  • Electrical or pneumatic gripper

  • Safety scanner

  • Mobile stand, 1 m² footprint

  • 3 infeed/outfeed tables

  • Acteris, AI machine tending software

OCMT

OCMT

OCMT

Vision-Enabled Drawer CNC Solution

Vision-Enabled Drawer CNC Solution

Vision-Enabled Drawer CNC Solution

A drawer-based tending system powered by Acteris, featuring AI vision detection for automatic part handling, delivering continuous machine feeding, consistent standardized automation, and reliable high-uptime production.

A drawer-based tending system powered by Acteris, featuring AI vision detection for automatic part handling, delivering continuous machine feeding, consistent standardized automation, and reliable high-uptime production.

A compact industrial machine with a robotic arm, featuring a storage compartment and a visible yellow container.
A compact industrial machine with a robotic arm, featuring a storage compartment and a visible yellow container.
A compact industrial machine with a robotic arm, featuring a storage compartment and a visible yellow container.

Specifications:

  • GoFa 12™ 12kg payload, 1270mm reach

  • Electrical or pneumatic gripper

  • Safety scanner

  • Multiple drawer system

  • Vision system for part detection

  • Acteris, AI machine tending software

Request a demo

Request a demo

Request a demo