en.Wedoany.com Reported - Recently, Yingzhi Technology launched its first catering humanoid robot, the X-BOT X1, alongside the XOS 3.0 embodied operating system, the AI operations agent "Aibao Store Manager," and a matrix of catering service robots. Targeting scenarios such as coffee making, bartending, food delivery, and light meals, the X-BOT X1 is scheduled for release by the end of 2026.
The X-BOT X1 does not feature a highly realistic human face or a bipedal walking system. Instead, it adopts a wheeled chassis combined with a dual-arm collaborative solution. Since most tasks in catering scenarios are concentrated at fixed workstations, bars, cup pickup areas, output zones, and delivery areas, the wheeled chassis helps control costs, improve stability, and reduce safety risks during power outages or abnormal situations. The robot is equipped with dual seven-axis humanoid arms, with an end load capacity of approximately 3 to 4 kilograms. The dual-arm collaborative positioning accuracy is about ±1 millimeter, with a repeat positioning accuracy of approximately ±0.5 millimeters. It also features six-dimensional force sensors, enabling actions such as holding cups, grasping, pouring drinks, mixing, and delivering.
Yingzhi Technology has previously validated its products in commercial scenarios, such as coffee robots. The company's robotic equipment has been deployed in over 100 cities worldwide, completing more than 4 million beverage preparations and human-machine interactions. Earlier coffee robots were primarily in the form of robotic arms combined with workstations, capable of coffee making, recognition, interaction, and operational tasks, but users often perceived them as similar to vending machines. With the addition of a humanoid upper body and dual-arm collaborative structure, the X-BOT X1 offers a stronger sense of service, interaction, and on-site display, making it more suitable for cafes, bars, shopping malls, scenic spots, exhibition halls, transportation hubs, and chain restaurant outlets.
The newly released XOS 3.0 serves as the underlying operating system for Yingzhi's catering robot ecosystem. This system uniformly manages various terminals, including coffee robots, ice cream robots, humanoid robots, and food trucks, enabling different device forms to share perception, control, interaction, and operational capabilities. For catering robot companies, hardware form is merely an entry point; the key to scalability lies in whether a system can allow multiple device categories to reuse the same set of skills, processes, and data. XOS 3.0, through an integrated vision, language, and action architecture, enables operational processes learned by robots in one category to be transferred to other hardware forms and catering tasks, reducing redundant development and scenario adaptation costs.
Yingzhi Technology also emphasized the "Robot as a Service" concept during the launch, packaging robot hardware, the XOS system, the AI store manager, operational backend, self-operated stores, and supply chain capabilities into a comprehensive catering operations solution. For catering robots to enter real stores, considerations go beyond the flexibility of robotic arms to include factors such as per-cup production speed, equipment footprint, food safety, failure rate, maintenance costs, raw material supply, store efficiency, and payback period. If the X-BOT X1 is later integrated into a food truck form, it can provide multi-category services such as coffee, ice cream, grilled sausages, and snacks in mobile catering, unmanned retail, and temporary event scenarios, forming a lighter robotic catering terminal.
Currently, embodied intelligence is transitioning from laboratory demonstrations to commercial scenario validation. The catering industry, with its high degree of process standardization, repetitive labor, and strong consumer interaction, is one of the easier directions for service robot deployment. With the launch of the X-BOT X1 and XOS 3.0, Yingzhi Technology signals that catering robots are shifting from single-device sales to a combined delivery of "hardware + system + operations + supply chain." Future focus will be on mass production, store replication, equipment reliability, food safety compliance, maintenance systems, and validation of real operational returns.
