Force Film
Scalable, digitally manufactured thin-film transducer array for 6+ degrees of freedom sensing.
Synap Processing
Full range calibration, on-board compensation and edge-computing intelligence.
Dedicated Overload
Separating sensing range from overload; super-human sensitivity with incredible robustness.
Simple, Scalable, Robust.
High-reliability force-torque sensing systems with unmatched overload specifications.
Maximize your sensing.
Your One-Stop.
We are a Tier 1 provider of force-torque sensors and sensing intelligence for Surgical, Logistic and Frontier Robotics.
Design
A made-to-measure system that meets your application needs.
Prototype
Engineer, test and iterate on concept and low-to-medium volume builds.
Test and Certify
Leverage ForceN for testing, analysis, verification and validation.
Manufacture
Bring to production and scale with full ISO compliant traceability.
Designed for
High-Reliability.
Purposely built sensing systems for Surgical, Logistics, and Frontier applications.
Robust Hardware
Integrated system with on-board digital processing and overload protection. No additional hardware needed.
Intuitive Sensing
Plug-and-play. Compatible with standard USB, CAN, EtherNet and EtherCAT bus.
Built for Roboticists and Engineers.
We exist for the designers and engineers that rely on great hardware, ease of integration and reliability.
Full System Calibration
Full force-moment calibration and traceability with on-board temperature and off-axis compensation.
Commitment to Quality
Full traceability on all materials, manufacturing and test procedures. ForceN is certified to ISO 9001 - ISO 13485 certification in Q4 2024.
About Us.
We are a Toronto based robotic sensing & edge AI company founded in 2015 to enable the world’s leading robotics companies to deploy super-human robotic manipulation.
We design and manufacture robust force/torque sensing & edge AI systems for surgical, logistics, humanoid, space, & frontier robotic applications, and continue to push the boundary of robotics sensing capabilities.