Professional supplier of AI and robot teaching equipment
Professional supplier of AI and robot teaching equipment
Available on backorder
The Embodied AI Application Development Kit is designed for embodied AI education and hands-on training in higher education. Centered on the Perception–Decision–Action workflow, it integrates AI computing, dual robotic arms, vision systems, voice interaction, and multimodal sensors into a unified platform. Pre-installed with mainstream AI frameworks, local LLMs, and computer vision technologies, it supports multidisciplinary teaching, practical training, and embodied AI application development, helping institutions cultivate industry-ready AI and robotics talent.
Integrated all-in-one workstation with a 680 × 450 mm aluminum alloy enclosure.
Equipped with a 17-inch Full HD display, keyboard, mouse, and embodied AI teaching accessories for plug-and-play operation.
Cost-effective alternative to humanoid robots, enabling large-scale classroom deployment.
Covers the complete Perception–Decision–Action workflow with a modular architecture for teaching, experimentation, and research.
Integrates NLP, computer vision, multimodal sensing, embedded control, and robotics technologies.
Includes a multimodal sensor kit featuring tactile, IMU, and proximity sensors for human-like perception.
Supports dual-arm collaboration, hand-eye coordination, computer vision, voice interaction, and intent understanding applications.
Pre-installed with local LLMs, enabling AI applications combining large language models with vision, voice, and robotic manipulation.
（1） Tactile Pressure Sensor Data Acquisition & Calibration
（2） 6-Axis IMU Data Acquisition & Attitude Calibration
（3） Proximity Sensor Data Acquisition & Threshold Configuration
（4） 2D Camera-Based Object Detection & Localization
（5） RGB & Depth Data Acquisition with a Depth Camera
（6） Voice Interaction System Setup & Wake Word Configuration
（7） Multisensor Data Fusion
（1） AI Agent Deployment & Configuration
（2） Sensor Data Processing & Decision-Making
（3） Gesture Recognition Model Deployment & Testing
（4） Voice Command Parsing & Decision-Making
（1） Robot Hardware Familiarization & Teach Pendant Operation
（2） Point-to-Point (PTP) Motion Control
（3） Gripper Operation & Control
（4） Pan-Tilt Unit (PTU) Operation & Control
（5） Pick-and-Place Operations
（6） Dual-Arm Collaborative Control
（1） RGB Image-Based Object Recognition & Grasping
（2） Gesture-Based Decision Control
（3） Voice Command-Based Intelligent Decision-Making
（4） Force Feedback-Based Adaptive Grasping
（5） Vision–Voice Multimodal Perception & Decision-Making
（6） Multisensor Fusion for Intelligent Decision-Making
（1） AI Agent-Based Robot Control
（2） Gesture Recognition for Robot Control
（3） Voice Command-Based Robot Control
（4） Force Feedback-Based Adaptive Object Grasping
（5） Multi-Step Task Planning & Execution
（6） PTU and Robot Arm Coordinated Control
（7） Voice-Controlled Robot Motion with Sensor Feedback
Contact us if you need a custom course.
The kit is designed for embodied AI education, hands-on training, and application development in universities, vocational colleges, and research labs. It helps students understand the complete Perception–Decision–Action workflow through real hardware experiments.
It supports courses such as Embodied AI, Artificial Intelligence, Computer Vision, Natural Language Processing, Machine Learning, Sensor Technology, Embedded Control, Intelligent Robotics, and Large Language Model Applications.
The platform integrates a computing unit, dual 6-axis robotic arms, 2D vision cameras, a depth camera, a voice interaction module, multimodal sensor modules, a 17-inch display, and embedded communication and power management modules.
Yes. The platform supports local deployment of open-source LLMs such as Qwen and DeepSeek, enabling offline voice command parsing, intent understanding, multimodal interaction, and embodied AI task execution without cloud dependency.
Students can conduct experiments in multimodal perception, sensor calibration, object recognition, voice control, gesture recognition, robotic arm control, dual-arm collaboration, hand-eye coordination, sensor fusion, path planning, and Agent-based task execution.
Yes. The platform includes basic training projects, sample cases, experiment manuals, and teaching resources. Students can start with basic data acquisition and robot control, then progress to multimodal decision-making and intelligent task execution.
Yes. The platform provides open software frameworks, SDKs, APIs, and algorithm-level source code. Teachers can modify experiment cases, adjust decision logic, deploy custom models, and design new teaching projects based on course requirements.
Compared with large humanoid robots, this kit is more compact, cost-effective, easier to manage, and suitable for batch deployment. It keeps the core embodied AI workflow while avoiding the high cost and complexity of large robotic systems.
The product has a clear education-market positioning, complete hardware-software integration, structured teaching resources, and strong differentiation in embodied AI. It is suitable for universities, vocational colleges, AI labs, robotics labs, and smart education projects.
Yes. The platform provides open interfaces, SDKs, source code, and technical documentation. Users can expand sensors, develop new algorithms, integrate additional AI models, and build customized embodied AI applications.
Our engineers can help you choose the right platform, customize laboratory solutions, and provide technical support for your education and research projects.
✔ Product Selection
✔ Laboratory Planning
✔ Curriculum Support
✔ Global Technical Service
