Siasun Launched 4 Robots with China MCCS Group
On February 1, Siasun held a new product launch conference with Sichuan Xinye Zhichuang Robot Technology Co., Ltd. jointly established by China MCCS Group and Sichuan Jianzhou Airport Industry and Finance Investment Development Group, releasing the first self-developed intelligent construction robot ecosystem cluster in China, which includes the industry’s first project-level robot cluster intelligent scheduling and management system and four self-developed intelligent construction robots.
The four intelligent construction robots released are a high-altitude welding robot, a multi-purpose intelligent delivery robot, a rebar intelligent processing robot, and an intelligent spraying robot. They primarily address pain points such as high-risk and low-efficiency high-altitude steel structure welding, reliance on manual labor for material handling (inefficient and easily damaged), cluttered and time-consuming rebar processing sites, and uneven indoor spraying quality and health hazards. They provide safe, convenient, efficient, and intelligent solutions for the “dangerous, complex, dirty, and heavy” construction work. Many functions are industry firsts, and performance indicators are industry-leading, significantly improving construction efficiency and enhancing the intelligence and quality of engineering construction.
Colorlight Unveiled Mica P100 Production Line Robot
In early February, Colorlight unveiled its refreshed Mica production line automation solution, launching the new Mica P100 production line robot to support the comprehensive upgrade of MLED intelligent manufacturing! The Mica P100 is a production line robot independently developed by Colorlight. It features intelligence, high precision, and easy deployment, and is widely used in production line material distribution and finished product transportation scenarios. Currently, it is mainly used for production line calibration and ink sorting, and will be gradually expanded to more intelligent manufacturing processes in the future.
This product is equipped with front and rear dual-laser SLAM, enabling autonomous map reconstruction without relying on high-precision maps. Deployment is convenient and quick, eliminating the need for fixed reflection devices such as magnetic strips or QR codes. It actively avoids obstacles, provides real-time path tracking, and adapts to complex and changing environments. Furthermore, it can automatically feed and unload materials based on the status of the production line’s material hopper, automatically illuminate, identify, locate, and calibrate, and classify materials according to calibration OK/NG, achieving fully automated calibration with a daily capacity of up to 120 square meters.
Geek+ Released the Global First Humanoid General-Purpose Warehouse Robot
On February 10, Geek+, a global leader in intelligent robots, officially launched Gino 1, the global first general-purpose robot designed for warehousing scenarios.
As another productivity AI creation in the implementation of its “General-Purpose Warehouse Robot” strategy, Gino 1 differs from other humanoid robots. It is specifically designed and trained for warehousing, possessing universal multi-tasking capabilities tailored to warehousing scenarios. Its integrated brain, Geek+ Brain, deeply integrates Geek+’s massive amounts of warehousing data accumulated over many years, combined with large-scale simulation reinforcement learning, enabling Gino 1 to possess human-like general operational capabilities. It can perform multiple tasks such as picking, moving boxes, packing, and inspection, truly achieving “one robot covering mainstream manual operation scenarios in the warehouse,” leading the warehousing industry to achieve a key leap from mobile intelligence to operational intelligence.
UniX AI Launched Panther Series Robot
In February, UniX AI broke through technological boundaries and officially released its new generation of high-performance embodied intelligent robot—the Panther series. This robot not only inherits UniX’s core technological advantages but also achieves revolutionary all-round upgrades in hardware and algorithms. This milestone product features a mass-produced 8-DOF bionic robotic arm and adaptive intelligent gripper on a highly integrated joint platform, and adopts omnidirectional 4WS 4WD chassis technology, bringing unprecedented flexibility and stable operation performance to the field of embodied intelligence.
JATEN Released Embodied Intelligent Unmanned Forklift
On February 28, JATEN officially released its new embodied intelligent unmanned forklift at its headquarters in Shunde, Guangdong. This AI unmanned forklift focuses on the core scenario of automated container loading and unloading. With its autonomous perception, intelligent recognition, and autonomous decision-making capabilities, it achieves fully automated loading and unloading of goods inside containers, marking a key breakthrough for JATEN in the field of embodied intelligent logistics equipment.
The newly released embodied intelligent unmanned forklift is equipped with an advanced AI perception and decision-making system. It can autonomously perceive the internal three-dimensional spatial structure of containers, accurately identify the placement and arrangement of goods within the container, and plan the optimal operating path in real time. It autonomously completes a series of actions including picking up, handling, and loading/unloading goods, effectively solving industry pain points such as low efficiency, high reliance on manual labor, and complex operating environments in traditional container handling processes. This significantly improves the automation level and operational safety of logistics transfer.
Currently, this embodied intelligent unmanned forklift has been commercially deployed and successfully applied to leading domestic and international clients, including a large logistics company in the United States and a Japanese auto parts company in Foshan. Its operational stability and practicality have been highly recognized by the market.
The Second Global Unmanned Forklift Application Scenario Competition & the Material Handling and Sorting Challenge for Embodied Wheeled Humanoid Robots 2026 will be held by China Mobile Robot Industry Alliance (CMRA) and Humanoid Robot Scenario Application Alliance (HRAA) in Nantong, Jiangsu from May 21 to 22, 2026. Based on the first unmanned forklift competition, a wheeled humanoid robot track will be introduced for the first time, responding to the industry’s real-world needs for embodied intelligent application scenarios and further building a bridge connecting technological innovation and industrial applications.
