Recently, Jacoby Robotics introduced a groundbreaking supermarket service robot capable of automatic restocking, picking, and multitasking to enhance supermarket operations. The innovation behind this robot is powered by Reeman’s cutting-edge Autonomous Mobile Robot Chassis (AMR Chassis). Let’s dive into how this chassis drives the intelligence and automation of Jacoby Robotics’ new creation.
The Development Journey of Jacoby Robotics
Jacoby Robotics was founded by Qiudi Cong, who has been passionate about AI and robotics since high school. After advancing his studies at Carnegie Mellon University (CMU), he participated in NASA’s Mars rover project. In April 2023, Qiudi returned to China to establish Jacoby Robotics, focusing on embodied intelligent service robots for supermarkets. The company has already secured seed funding from Y Combinator China (奇绩创坛).
Jacoby Robotics’ supermarket service robot relies on Reeman’s AMR chassis to autonomously handle tasks like restocking and picking in dynamic supermarket environments. This highly capable chassis is key to the robot’s ability to operate efficiently in complex settings, offering both agility and exceptional performance.
Reeman’s AMR Chassis: Empowering Innovation
Jacoby Robotics’ success stems from the advanced capabilities of Reeman’s AMR chassis. Equipped with state-of-the-art technology, this chassis allows robots to excel in supermarket environments, delivering accurate navigation, obstacle avoidance, and route planning.
The chassis leverages laser sensors and vision systems to create high-precision maps in real time. This enables the robot to navigate seamlessly through cluttered supermarket spaces, avoid collisions, and complete tasks with precision.
Technical Advantages of Reeman’s AMR Chassis
1. High-Precision Navigation and Localization
Reeman’s AMR chassis integrates LiDAR and visual systems to build accurate maps and navigation paths. The robot can quickly adapt to complex environments and effectively avoid obstacles.
2. Exceptional Mobility
The chassis ensures smooth and stable operation, with superior obstacle avoidance capabilities. It enables the robot to maneuver through narrow aisles and crowded spaces without disruptions.
3. Modular and Flexible Design
Designed with modularity in mind, Reeman’s chassis can be customized to meet specific task requirements. From restocking and picking to other warehousing operations, it handles diverse challenges effortlessly.
A Blend of Innovation and Efficiency
With Reeman’s chassis technology, Jacoby Robotics has elevated the standard for supermarket service robots. These robots can execute tasks through voice commands and operate around the clock without shift limitations. In high-demand scenarios, they outperform traditional manual operations by offering higher efficiency, autonomous recharging, and uninterrupted performance.
Market Prospects for Autonomous Mobile Robot Chassis
Jacoby Robotics aims to expand this technology into broader applications, from supermarkets to homes and offices. In the future, robots built on Reeman’s AMR chassis will tackle increasingly complex tasks, making everyday life more convenient.
Reeman’s AMR chassis has enabled Jacoby Robotics to deliver a versatile supermarket service robot capable of multitasking. This innovation is driving automation and intelligence in supermarkets, warehouses, and beyond, making operations more efficient and precise. As technology evolves, robots will play a larger role across various industries, helping businesses embrace smart, automated transformations.