Dexterity meets Intelligence
Dexterity meets Intelligence
Prehensio’s technology masters tasks standard automation cannot fulfill - from machine tending to commissioning.
We Make High-Mix Automation Work
We Make High-Mix Automation Work
We Make High-Mix Automation Work
Prehensio delivers a production-ready robotic system that combines proven industrial hardware with a proprietary AI software layer. We automate hand manipulation in high-mix environments where frequent changeovers make conventional automation uneconomical by shifting robot programming from manual effort into software.
Prehensio delivers a production-ready robotic system that combines proven industrial hardware with a proprietary AI software layer. We automate hand manipulation in high-mix environments where frequent changeovers make conventional automation uneconomical by shifting robot programming from manual effort into software.
Pick-and-Place
Reorienting Object
Pick-and-Place
Reorienting Object
Pick-and-Place
Reorienting Object
Precision Placement
Dynamic Pickup
Precision Placement
Dynamic Pickup
Precision Placement
Dynamic Pickup
Machine Tending
Loading-Unloading
Machine Tending
Loading-Unloading
Machine Tending
Loading-Unloading
From Complex Workflows to Turnkey Deployment
From Complex Workflows to Turnkey Deployment
From Complex Workflows to Turnkey Deployment
Delivered as a production-ready system - deployable without manual programming or line redesign.
A single platform delivering precise manipulation, real-time control,
and seamless industrial integration.
A single platform delivering precise manipulation, real-time control,
and seamless industrial integration.
Cut your Costs
Clear ROI case that is predictable from Day 1, paying back within 2 years.
Cut your Costs
Clear ROI case that is predictable from Day 1, paying back within 2 years.
Cut your Costs
Clear ROI case that is predictable from Day 1, paying back within 2 years.
Automate Reliably
If the software understands how to grasp, it can do it again.
Automate Reliably
If the software understands how to grasp, it can do it again.
Automate Reliably
If the software understands how to grasp, it can do it again.
Deploy it Yourself
You upload the new variant into the system.
Deploy it Yourself
You upload the new variant into the system.
Deploy it Yourself
You upload the new variant into the system.
Industrial Application Focus
Industrial Application Focus
Industrial Application Focus
Proven deployment paths for real tolerances, operators, and production constraints.
Proven deployment paths for real tolerances, operators, and production constraints.
Machine Tending
Prehensio enables automated machine tending in environments where part variation, uncertain positioning, and process-specific force requirements make conventional automation uneconomical.
The system handles loading and unloading across changing parts and machines without manual robot programming, reducing setup effort and enabling reliable operation in high-mix production.
Machine Tending
Prehensio enables automated machine tending in environments where part variation, uncertain positioning, and process-specific force requirements make conventional automation uneconomical.
The system handles loading and unloading across changing parts and machines without manual robot programming, reducing setup effort and enabling reliable operation in high-mix production.
Machine Tending
Prehensio enables automated machine tending in environments where part variation, uncertain positioning, and process-specific force requirements make conventional automation uneconomical.
The system handles loading and unloading across changing parts and machines without manual robot programming, reducing setup effort and enabling reliable operation in high-mix production.
Automated Line Feeding
Prehensio enables automated line feeding in environments where part diversity, inconsistent input conditions, and frequent changeovers make fixed automation impractical.
The system handles variable parts and feeding conditions reliably in high-mix production, reducing manual intervention and stabilizing upstream material flow.
Automated Line Feeding
Prehensio enables automated line feeding in environments where part diversity, inconsistent input conditions, and frequent changeovers make fixed automation impractical.
The system handles variable parts and feeding conditions reliably in high-mix production, reducing manual intervention and stabilizing upstream material flow.
Automated Line Feeding
Prehensio enables automated line feeding in environments where part diversity, inconsistent input conditions, and frequent changeovers make fixed automation impractical.
The system handles variable parts and feeding conditions reliably in high-mix production, reducing manual intervention and stabilizing upstream material flow.
Unified Hardware and Software for Adaptive Automation
Unified Hardware and Software for Adaptive Automation
Unified Hardware and Software for Adaptive Automation
A modular system built on industrial hardware and differentiated by software.
A single platform delivering precise manipulation, real-time control,
and seamless industrial integration.
A single platform delivering precise manipulation, real-time control,
and seamless industrial integration.
Proprietary Software Layer
Prehensio’s software handles adaptation, validation, and deployment - absorbing process complexity across applications.
Proprietary Software Layer
Prehensio’s software handles adaptation, validation, and deployment - absorbing process complexity across applications.
Proprietary Software Layer
Prehensio’s software handles adaptation, validation, and deployment - absorbing process complexity across applications.
Industrial Hardware
Built on proven, third-party robots, hands, and components qualified for production environments.
Industrial Hardware
Built on proven, third-party robots, hands, and components qualified for production environments.
Industrial Hardware
Built on proven, third-party robots, hands, and components qualified for production environments.
Adaptive Execution
Adapts at runtime to variation in part geometry, positioning, and process conditions. Enables reliable operation across changing inputs without rigid setups or predefined paths
Adaptive Execution
Adapts at runtime to variation in part geometry, positioning, and process conditions. Enables reliable operation across changing inputs without rigid setups or predefined paths
Adaptive Execution
Adapts at runtime to variation in part geometry, positioning, and process conditions. Enables reliable operation across changing inputs without rigid setups or predefined paths
Program-Free Deployment
Tasks are deployed without manual robot programming or hand-tuned motion scripts. Configuration is handled through software, reducing engineering effort in high-mix environments.
Program-Free Deployment
Tasks are deployed without manual robot programming or hand-tuned motion scripts. Configuration is handled through software, reducing engineering effort in high-mix environments.
Program-Free Deployment
Tasks are deployed without manual robot programming or hand-tuned motion scripts. Configuration is handled through software, reducing engineering effort in high-mix environments.
Integration-Ready
Designed for deployment in existing industrial environments. Integrates with standard robots, PLCs, and production infrastructure without line redesign.
Integration-Ready
Designed for deployment in existing industrial environments. Integrates with standard robots, PLCs, and production infrastructure without line redesign.
Integration-Ready
Designed for deployment in existing industrial environments. Integrates with standard robots, PLCs, and production infrastructure without line redesign.
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
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 wether our solution is technically and economically viable for your operation 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.
Supported by Industrial & Research Partners
Supported by Industrial & Research Partners
Supported by Industrial & Research Partners
Common Deployment Questions! (FAQs)
Common Deployment Questions! (FAQs)
Common Deployment Questions! (FAQs)
Technical and operational considerations for deploying Prehensio in production.
Technical and operational considerations for deploying Prehensio in production.