All Products

The Haro380 Advanced Kit is a professional-grade 6-axis robotic arm system designed for industrial simulation, advanced research, and high-level engineering education.

The Haro380 Core Kit delivers the same industrial-grade 6-axis robotic arm platform as the Advanced Kit, configured for institutions looking for a focused, cost-efficient entry point into serious robotics education and research.

The Mirobot Advanced Kit is a compact yet capable 6-axis robotic arm solution built for engineering education, robotics research, and smart manufacturing simulation.

The Mirobot Professional Kit is designed for institutions and educators who need a fully equipped 6-axis robotic arm platform for simulation-based teaching and applied robotics training.

The Mirobot Education Kit is the accessible entry point into the ROBOXRISE Mirobot ecosystem, purpose-built for classrooms, training labs, and educational institutions introducing students to industrial robotics.

The MT4 Edu Kit is a high-precision 4-axis metal robotic arm built for hands-on robotics education at the secondary and undergraduate level.

The MT4 Advanced Kit expands on the Edu Kit's precise 4-axis metal robotic arm platform with a broader set of end-effectors and control modalities for institutions requiring greater experimental depth.

The AI Vision Set is a dedicated computer vision add-on for the ROBOXRISE Mirobot and compatible robotic arm platforms, enabling students and researchers to explore machine vision-guided automation.

The OpenCV Advanced Vision Suite is a high-performance industrial vision system purpose-built for AI-driven robotic automation education and applied research.

The AGV Rover Set introduces autonomous ground vehicle technology to the ROBOXRISE robotics ecosystem, enabling combined arm-and-mobile-robot experiments for smart logistics and flexible manufacturing simulation.

The Conveyor Belt is a modular automation add-on designed to integrate seamlessly with ROBOXRISE Mirobot, MT4, and Haro380 robotic arm platforms, enabling realistic material handling and production line simulations.

The Sliding Rail extends the working envelope of compatible ROBOXRISE robotic arms — Mirobot, MT4, and Haro380 — by adding a linear 7th axis of motion.

The AI-HUB AI Development Kit is a comprehensive all-in-one platform for teaching artificial intelligence, robotics, and automation in an integrated, hands-on environment.

The Fruit Picking Cell is a self-contained, themed production cell that combines the ROBOXRISE Mirobot Professional Kit with AI color vision, touchscreen control, and a simulated agricultural picking scenario to teach robotic automation in an engaging, accessible format.

The Automobile Assembly Cell is a multi-robot production cell simulation replicating the key stages of automotive assembly — including handling, welding simulation, and coordinated multi-arm sequencing — within a structured, touchscreen-controlled training environment.

The AI Automatic Sorting Cell combines ROBOXRISE Mirobot robotic arms with AI vision, a conveyor belt, and touchscreen control to simulate an intelligent industrial sorting line.

The Logistic Warehouse Cell simulates a complete inbound-to-storage warehouse workflow using a coordinated two-arm, two-platform system — a ROBOXRISE Mirobot for inbound handling and an MT4 four-axis arm for precision placement — linked by a conveyor belt.

The Engraved Souvenirs AI Robotics Manufacturing Line is a full-scale smart manufacturing simulation that takes students through every stage of a real production line — from raw material feeding and AI vision-guided processing to laser engraving, automated packaging, and warehousing.

The Automobile Assembly Line Robotics Training system is a full production line configuration that simulates the multi-stage robotic processes of automotive manufacturing — including handling, assembly, sliding rail-based transfer, and welding simulation — using three coordinated ROBOXRISE Mirobot arms on a shared bottom plate.

The World Builder Set is a modular factory floor expansion pack for the XFactory ecosystem, giving students and instructors the building blocks to design and reconfigure custom production cell layouts.

The BRAVE Standard Kit is a full-scale bipedal humanoid robot platform designed for advanced research and education at the intersection of legged locomotion, Sim2Real transfer, and multi-modal sensing.

The March X Pro LiDAR Kit is a research-grade quadruped robot platform built for autonomous navigation, Sim2Real policy transfer, and advanced legged locomotion research.

In order to better cater to the concepts of industrial flexible production and to restore the automated production processes such as "handling, assembly, welding, grinding, and warehousing" during the process of intelligent manufacturing automobiles, a complete set of automobile manufacturing production line is formed accordingly.