Itech Robotics And Automation Pvt. Ltd.

Yanshee is more than an educational robot; it is a comprehensive, open-source learning ecosystem designed to bridge the gap between theoretical knowledge and real-world engineering. Engineered for high schools and collegiate environments, Yanshee provides students with deep access to robotics architecture, sensor integration, and AI programming. By offering a fully programmable humanoid platform, Yanshee enables students to master the critical skills required for the modern automation industry, from algorithm development to complex motion control.

Yanshee features over 17 proprietary servo motors for life-like movement, a high-definition 8MP camera, speakers, microphones, and a full suite of sensors including infrared, ultrasonic, and temperature sensors. It runs on a Raspberry Pi microcomputer and supports programming in multiple languages, including Python, C/C++, Java, and block-based coding.

Yanshee empowers educators and students to dive deep into AI, computer vision, and mechatronics with its extensible GPIO, USB, and HDMI interfaces, making it ideal for classrooms, robotics clubs, and research labs.

The UBTECH UGOT is a sophisticated, modular robotics ecosystem engineered to accelerate AI and engineering education. Designed for high-performance learning, UGOT empowers students to explore the intersection of hardware and artificial intelligence through hands-on construction and complex algorithm development. By leveraging a high-compute architecture (CPU+GPU+NPU), this platform enables students to execute real-world AI applications—including facial recognition, object detection, and gesture control—in a modular, 7-in-1 format. With its unique, tool-free knob-lock design and open-source compatibility (Micro:Bit, Arduino, Raspberry Pi), UGOT provides a seamless pathway for students to innovate from prototyping to advanced robotics engineering.

The All-in-One Industrial Robot Training Module is a comprehensive educational solution for robotics training and automation learning. Designed for technical universities, engineering colleges, and industrial training centers, this compact and modular trainer includes robotic arms, vision systems, programming interfaces, and safety modules.

Ideal for students and professionals to gain hands-on experience in industrial automation, the system supports real-world simulation of robotic pick-and-place, path programming, sensor integration, and HMI operations. The all-in-one platform covers robotics, PLC, and Industry 4.0 concepts — perfect for creating a future-ready workforce.

• Complete robotic training system with control cabinet

• Supports robotic programming, HMI, sensors, and PLC

• Compact modular design for lab and training setups

• Real-time simulation of industrial automation tasks

• Compatible with 6-axis robots, SCARA robots, and collaborative arms

• Ideal for engineering colleges, ITIs, and R&D labs

• Built-in safety features and visual training interface

• Easy integration with existing training modules

The All-in-One Industrial Robot Training Module is a comprehensive educational solution for robotics training and automation learning. Designed for technical universities, engineering colleges, and industrial training centers, this compact and modular trainer includes robotic arms, vision systems, programming interfaces, and safety modules.

Ideal for students and professionals to gain hands-on experience in industrial automation, the system supports real-world simulation of robotic pick-and-place, path programming, sensor integration, and HMI operations. The all-in-one platform covers robotics, PLC, and Industry 4.0 concepts — perfect for creating a future-ready workforce.

The Educational Robot Training System is a comprehensive pedagogical platform designed to bridge the gap between classroom theory and real-world industrial application. By combining rigorous academic curriculum with hands-on hardware, this system provides students with immersive experience in robotic kinematics, advanced programming, and automated control. Whether mastering complex motion paths or debugging code in simulated factory environments, students graduate with the practical, career-ready skills necessary to excel in modern automation and robotics sectors.

Perfect for engineering colleges, technical schools, STEM programs, and skill development centers, it enables learners to practice robotic movement, toolpath planning, and basic control logic in both graphical and code-based environments like Blockly, Python, and C/C++.

• Hands-On Learning with Modular Robotics Kits
  Includes robot arm, controllers, sensors, and accessories for building and programming a functioning robot.

• Supports Graphical & Code-Based Programming
  Compatible with visual interfaces (like Blockly) for beginners, and code-based environments (Python, Arduino, C++) for advanced learners.

• Promotes Real-World Engineering Skills
  Covers key topics like robot joints, coordinate systems, actuator control, motion paths, and basic automation tasks.

• Used in STEM & Technical Education Programs
  Widely adopted in school robotics labs, technical diploma institutes, and university-level robotics and automation curricula.

• Aligns with Modern Curriculum Standards
  Matches AICTE, NSDC, and NEP educational goals for applied learning in robotics, IoT, and automation.

The All-in-One Industrial Robot Training Module is a comprehensive educational solution for robotics training and automation learning. Designed for technical universities, engineering colleges, and industrial training centers, this compact and modular trainer includes robotic arms, vision systems, programming interfaces, and safety modules.

Ideal for students and professionals to gain hands-on experience in industrial automation, the system supports real-world simulation of robotic pick-and-place, path programming, sensor integration, and HMI operations. The all-in-one platform covers robotics, PLC, and Industry 4.0 concepts — perfect for creating a future-ready workforce.

The AI Robotics Education Package is a comprehensive, all-in-one industrial robot training system designed for technical education, research, and industry-ready skill development. This advanced training solution integrates robotic arms, AI modules, PLCs, HMIs, sensors, and safety systems to provide a real-world simulation environment for robotics and automation learning.

Ideal for engineering colleges, polytechnic institutes, skill development centers, and R&D labs, this modular system covers robot programming, machine vision, sensor fusion, and Industry 4.0 concepts. The package empowers students and professionals to gain practical knowledge in AI-based robot control, collaborative robot programming, and smart manufacturing.

• Complete AI-integrated robot training module

• Includes 6-axis robot arm, HMI, sensors, and PLC

• Hands-on programming with vision system and motion planning

• Covers Industry 4.0, IoT, and smart automation concepts

• Graphical and code-based programming support (Python, Blockly, etc.)

• Real-time robot path simulation and obstacle avoidance

• Suitable for AI, robotics, automation, and mechatronics labs

• Designed for education, prototyping, and industrial skill development

• Supports collaborative and industrial robot models (ROKAE compatible)

• Expandable and modular for multi-domain integration

The Industrial Robot Training Kit is a modular, all-in-one solution designed to impart hands-on experience in industrial robotics. It simulates real-world manufacturing tasks such as loading/unloading parts, pick-and-place operations, and motion control, making it ideal for educational institutions, skill development centers, and R&D labs.

This training system helps students and trainees understand robot kinematics, path planning, end-effector control, and programming logic in a safe and structured environment. It fosters practical learning of automation workflows that are commonly used in CNC machining, assembly lines, packaging, and electronics industries.

The All-in-One Industrial Robot Training Module is a comprehensive educational solution for robotics training and automation learning. Designed for technical universities, engineering colleges, and industrial training centers, this compact and modular trainer includes robotic arms, vision systems, programming interfaces, and safety modules.

Ideal for students and professionals to gain hands-on experience in industrial automation, the system supports real-world simulation of robotic pick-and-place, path programming, sensor integration, and HMI operations. The all-in-one platform covers robotics, PLC, and Industry 4.0 concepts — perfect for creating a future-ready workforce.

• Complete robotic training system with control cabinet

• Supports robotic programming, HMI, sensors, and PLC

• Compact modular design for lab and training setups

• Real-time simulation of industrial automation tasks

• Compatible with 6-axis robots, SCARA robots, and collaborative arms

• Ideal for engineering colleges, ITIs, and R&D labs

• Built-in safety features and visual training interface

• Easy integration with existing training modules

The All-in-One Robotic Trainer is a compact, plug-and-play training system designed for hands-on learning in robotics, automation, and industrial control. It integrates a programmable robot arm, HMI, sensors, and a control unit in a single platform — ideal for engineering colleges, polytechnics, and technical labs.

This system allows students to perform real-world tasks like pick-and-place, sorting, motion programming, and sensor-based automation in a safe and controlled lab environment.

• Integrated Robot Arm, Sensors & HMI
  Pre-configured robotic system for real-time automation simulation.

• Plug-and-Play Setup
  No complex wiring — ready to use for lab training and demonstrations.

• Designed for Colleges & Training Institutes
  Supports syllabus-based learning in robotics, automation, and mechatronics.

• Multi-Domain Application Support
  Teaches concepts in robotics, PLC, AI, and Industry 4.0 on one platform.

• Compact & Portable Unit
  Mobile workstation with modular components for flexible classroom deployment.