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Push the envelope.
Intelligent Parcel Induction and Singulation
Robots that just sort it out.
Streamline workflows by autonomously picking and inducting parcels into crossbelt or tilt tray-style sorters at super human speeds.
Next-generation intelligence.
Production Hardened
Our robotic singulation cells have handled hundreds of thousands of unique SKUs in production.
Superhuman Speed
Each individual cell can perform in your operation with a sustained speed of 2,000 pieces per hour.
Modular Design
This product is designed to fit in your facility with minimal changes to existing infrastructure.
Production forged capability.
Multi-Arm Design
Two arms make it possible to provide human parity. They give the system twice the pick rate, and the ability to collaborate to clear each chute.
Machine Learning
Each robotic cell is analyzing its own performance, the introduction of new parcel types, and implements new strategic insights to increase fleet performance.
Motion Control
The robotic arms use depth information to plan the optimal trajectory through the often crowded chute.
Robot Vision
Our high-speed computer vision solution identifies cases, poly bags, flat mailers and non-inductables. It detects overlaps, occlusion and identifies shipping labels.
Force Control
This application uses tactile perception to create a robotic sense of touch. It can feel a soft or crumpled package and strategize for optimal target grasp quality.
Easy Integration
Our system utilizes your existing mezzanine and is designed to work in your existing workflows and infrastructure.
Technology that transforms.
Coordinator
An intelligent software module that is the central decision-making hub of the robot system. Based on all the data received through its sensors and AI, the coordinator uses reason and logic to optimize the robot’s sequential decision-making.
Scene Understanding
3D & RGB computer vision algorithms enable the system to have real-time awareness of its environment. For example, the robots know when to pause when upstream conveyors are bottlenecked.
Motion Planning Algorithm
Enable increased throughput by dynamically calculating the most efficient placement trajectory for every pick and place.
Machine Learning
Unlike traditional robotic approaches that only employ machine learning on vision, Dexterity’s platform employs ML on vision, force sensing, platform, and overall system performance.
Business Intelligence
Visualizes system performance to provide key business insights for operational decision-making.
Let's leave
repetition torobots.
