CeMAT ASIA 2026: GALAXIS Showcases Its Full-Stack Robotics Portfolio and Embodied AI Applications for Intralogistics

CeMAT ASIA 2026 has come to a successful close! From November 3–6, GALAXIS welcomed visitors from around the world at Booth W1-E2 of the Shanghai New International Expo Centre. Under the theme of Full-Stack Intelligent Intralogistics Robotics, we showcased a comprehensive portfolio of solutions for tote, pallet, and heavy-duty applications, demonstrating our capabilities across the entire intralogistics workflow — from storage and transportation to sorting and picking.

 

 

Live demonstrations were among the highlights of our booth. Through connected tote- and pallet-based workflows, we showcased how robotics and embodied AI can address increasingly complex warehouse operations, including autonomous material handling, robotic depalletizing, and case picking. We also presented the H1210 Heavy-Duty Pallet Shuttle, featuring a 3,000 kg rated load capacity, further demonstrating our capabilities in demanding heavy-duty and industrial applications.

 

 

A major highlight was the first systematic presentation of GALAXIS’ embodied AI product roadmap. Built around four load-capacity tiers, our planned portfolio spans applications from 10 kg small-item picking to 1.5-ton heavy-duty operations. Supporting this vision is a three-layer intelligence architecture — the Super Brain, Body Brain, and Body Cerebellum — designed to advance system-level coordination, autonomous robot decision-making, and precise motion control. Together, these developments outline our approach to bringing embodied AI into real-world intralogistics environments.

 

 

Throughout the exhibition, we welcomed partners and industry professionals from South Korea, Japan, Germany, Poland, the United States, Brazil, Australia, and beyond. We also hosted visits from leading industry media, creating valuable opportunities to exchange insights, explore potential collaborations, and discuss the evolving needs of intelligent warehousing and manufacturing.