ForceN differentiates with digitally manufactured ForceFilm transducer arrays that can be customized for one to six degrees of freedom while keeping absolute accuracy under three percent across temperature compensation.
DedicatedOverload separates sensing range from overload capacity, and Synap onboard compensation reduces recalibration, giving OEMs reusable robustness for unstructured robotic manipulation.
Demand for physical AI and unstructured robotic manipulation is pushing OEMs to close the haptic gap between vision-led autonomy and reliable contact sensing in real environments.
ForceN positions its sensing systems for that shift as surgical and logistics robots move from controlled cells into higher-variability work, alongside humanoid and frontier platforms.
ForceN sells made-to-measure and development-kit force and torque sensing systems that combine ForceFilm transducers, Synap edge intelligence, and DedicatedOverload protection for robotic fingers, wrists, joints, and ankles.
Buyers in surgical, logistics, humanoid, and space robotics use the stack as a Tier 1 sensing layer with standard USB, CAN, Ethernet, and EtherCAT interfaces.
