Technology

At Prehensio, we don’t reinvent the wheel, we build on what works.

Tech

At Prehensio, we don’t reinvent the wheel, we build on what works.

Technology

At Prehensio, we don’t reinvent the wheel, we build on what works.

Inventing What Was Missing. Leveraging What Already Works.

Inventing What Was Missing. Leveraging What Already Works.

Prehensio adds the missing intelligence layer required for physical automation to operate reliably under real factory conditions. Rather than replacing proven industrial hardware, the system builds on existing robots, sensors, and controllers - introducing software that enables adaptation during execution.

What was missing was not more hardware, but a way to fuse perception, motion, and contact into a single, continuous execution layer. Validated on real customer parts in an industrially representative lab setup.

Prehensio adds the missing intelligence layer required for physical automation to operate reliably under real factory conditions. Rather than replacing proven industrial hardware, the system builds on existing robots, sensors, and controllers - introducing software that enables adaptation during execution.

What was missing was not more hardware, but a way to fuse perception, motion, and contact into a single, continuous execution layer. Validated on real customer parts in an industrially representative lab setup.

Intelligence Where Hardware Ends
Industrial robots excel at precision and repeatability, but break down when assumptions no longer hold. Prehensio introduces a software layer that operates above existing hardware, continuously adapting execution based on real-time perception, force, and motion feedback - without modifying the underlying robot platform.
Learning Tasks, Not Programming Robots
Tasks are defined and validated in simulation using part data and execution constraints, not motion scripts. The system evaluates grasp strategies and interaction behavior offline and deploys the selected solution directly, eliminating manual robot programming while allowing rapid reconfiguration when parts or conditions change.
Built on Proven Industrial Foundations
Prehensio is designed to run inside standard automation cells using established industrial robots, controllers, and communication protocols. By leveraging proven hardware and adding intelligence at the software level, the system achieves production-grade reliability while remaining scalable across applications and deployments.

From Automation Challenge to Deployed Dexterity

From Automation Challenge to Deployed Dexterity

From Automation Challenge to Deployed Dexterity

How we evaluate and validate automation before deploying it onsite

Intro Call

We have an online meeting to understand your challenge, your parts and requirements. You understand where we can perform and we decide if we build a use-case analysis.

Use-Case

Changeover times, Variants, Tolerances: We answer the question if our solution is technically and economically viable for your operation is together.

Virtual Simulation

Test feasibility before touching the floor: We simulate your process digitally to confirm if our model can work accurately and establish levels of confidence.

Deployment

Once confirmed, we deploy on-site. You get real-time performance, continuous monitoring, and adaptation to new parts.

Support

From updates to system tuning, we stick with you after deployment. Our team ensures your new robotic worker performs.

Common Deployment Questions! (FAQs)

Common Deployment Questions! (FAQs)

Common Deployment Questions! (FAQs)

Technical and operational considerations for deploying Prehensio in production.

What does Prehensio actually do?

What is the innovation Prehensio offers?

Why does Prehensio focus on machine tending and automated line feeding?

Which industrial robots and control systems are supported?

Which part types are supported?

What does a typical deployment timeline look like?

How are new tasks introduced and adapted over time?

What part characteristics and task types are suitable for the system?

What level of programming or configuration is required during deployment?

How does the system handle variation during operation?

What does Prehensio actually do?

What is the innovation Prehensio offers?

Why does Prehensio focus on machine tending and automated line feeding?

Which industrial robots and control systems are supported?

Which part types are supported?

What does a typical deployment timeline look like?

How are new tasks introduced and adapted over time?

What part characteristics and task types are suitable for the system?

What level of programming or configuration is required during deployment?

How does the system handle variation during operation?

What does Prehensio actually do?

What is the innovation Prehensio offers?

Why does Prehensio focus on machine tending and automated line feeding?

Which industrial robots and control systems are supported?

Which part types are supported?

What does a typical deployment timeline look like?

How are new tasks introduced and adapted over time?

What part characteristics and task types are suitable for the system?

What level of programming or configuration is required during deployment?

How does the system handle variation during operation?