Sensate Robotics offers modular robotic platforms that can be inserted into existing automation lines with minimal mechanical re‑engineering. Each platform pairs high‑torque actuators with an edge‑compute controller running model‑predictive and AI‑enhanced motion algorithms, and provides OPC UA and ROS 2 interfaces for seamless integration with PLCs, MES and cloud analytics. The business model combines direct hardware sales with recurring licensing fees for the proprietary control software.
Funding
Funding not disclosed
Founders
Product
Problem
Many manufacturers and system integrators rely on legacy automation equipment that cannot easily accommodate modern, high‑performance robotic cells, resulting in bottlenecks, under‑utilized floor space, and costly retrofits. The lack of modular, software‑driven robotics limits the ability to scale production or adapt quickly to new product variants.
Solution
Sensate Robotics delivers a family of modular robotic platforms that can be inserted into both greenfield and brownfield automation lines with minimal mechanical re‑engineering. Each unit combines a lightweight, high‑torque actuator suite with an edge‑compute controller that runs proprietary, model‑based control algorithms for deterministic motion and adaptive force feedback. The platform exposes a standards‑based API (OPC UA, ROS 2) enabling seamless integration with existing PLCs, MES, and cloud‑based analytics pipelines. Built‑in AI‑enhanced path planning and real‑time collision avoidance reduce cycle times while maintaining safety certifications. Sensate also offers a licensing model for its control stack, allowing OEMs to embed the software directly into their products and receive continuous algorithm updates.
Target Audience
Primary customers are industrial manufacturers, system integrators, and OEMs seeking to upgrade or augment existing automation cells in sectors such as automotive, consumer electronics, and logistics.
Features
- Plug‑and‑play mechanical interface with quick‑mount brackets and interchangeable end‑effectors for rapid cell reconfiguration
- High‑bandwidth Ethernet and Time‑Sensitive Networking (TSN) connectivity for deterministic I/O latency
- Edge‑compute controller running proprietary model‑predictive control (MPC) and adaptive impedance algorithms
- Open‑source ROS 2 bridge and OPC UA server for native integration with PLCs, SCADA, and MES systems
- AI‑driven trajectory optimization that auto‑tunes speed‑torque profiles based on load characteristics
- Built‑in safety-rated (ISO 10218‑1) stop‑and‑go monitoring with redundant sensor fusion (force, vision, encoders)
- Predictive maintenance dashboard that streams vibration and motor current data to a cloud analytics service for anomaly detection
- Scalable software licensing that supports per‑robot, per‑line, or enterprise‑wide deployment models