Resources

Embracing robotics as a service (RaaS) in the food manufacturing industry

Chef Robotics and Packline launch AI-powered food pack automation system

Chef Robotics and Packline Partner on End-to-End Meal Production Automation

Chef Robotics and Packline Partner on End-to-End Meal Production Automation

Piece-picking Capability: Chef Robotics launches piece-picking capability to automate...

How Chef Robots Can Assemble Burritos, Wraps, Burgers, and Sandwiches

Videos

12 items

Blog

March 31, 2026

Chef robots use AI-powered vision to detect and place ingredients on flatbreads such as tortillas, wraps, lavash, burger buns, and pizza bases. By combining large-scale trained models with adaptive placement strategies, they maintain precision and high throughput across production lines without requiring changes to existing infrastructure.

What Is Robotics as a Service (RaaS)?

March 19, 2026

This blog explores what RaaS is, why it can be a beneficial business model for physical AI companies and their customers, and how RaaS has been reshaping automation in the food industry.

Introducing R2R Communication: How Chef Robots Coordinate to Maximize Throughput

March 12, 2026

Robot-to-robot (R2R) communication allows multiple Chef robots to coordinate ingredient deposits on a shared conveyor belt, achieving higher throughput without sacrificing precision. It operates wirelessly, is easy to deploy, ensures faster reactions on moving conveyors, and reduces spillage and missed trays on high-speed production lines.

Introducing Conveyor Connect: How Chef Robots Communicate With Food Conveyors

March 3, 2026

Chef robots can communicate with all types of food manufacturing conveyors. Using the conveyor companion box, the robots can read and dynamically adjust conveyor speed to maximize throughput and minimize missed trays, deposit ingredients even more precisely onto conveyors while minimizing spillage, and react to sudden conveyor starts or stops without requiring any changes to existing line infrastructure.