Wheeltec S300 Pro ROS Robot Auto Recharge ECO65-B Arm Gripper

🌐 Product Introduction: S300 Pro Composite Robot Chassis + ECO65-B Collaborative Arm (with Gripper)

The S300 Pro Composite Robot Chassis combined with the ECO65-B Collaborative Arm is a versatile robotic platform designed for education, research, industrial automation, and service robotics. Featuring a robust mobile base with advanced navigation and a high-performance 6-axis collaborative arm equipped with a gripper, the S300 Pro delivers autonomous mobility, precise manipulation, and intelligent interaction.

🔧 Features

• Composite Robot Chassis (S300 Pro):

  • Differential drive system with high stability and smooth mobility.

  • Supports ROS-based navigation and autonomous path planning.

  • Equipped with auto-recharging capability for long-term operation.

  • Modular design allows integration of sensors, cameras, and additional payloads.

• ECO65-B Collaborative Arm:

  • 6-axis collaborative robotic arm with integrated gripper.

  • High precision and repeatability for complex manipulation tasks.

  • Safe human-robot collaboration with torque sensing and compliance control.

  • Lightweight yet durable design for flexible deployment.

• ROS Ecosystem Support:

  • Fully compatible with ROS/ROS2, enabling SLAM, navigation, and manipulation.

  • Supports simulation platforms such as Gazebo, MoveIt, Mujoco.

• Multi-Sensor Fusion:

  • Integration of LiDAR, depth cameras, and IMU sensors for robust perception.

  • Enables 3D mapping, obstacle detection, and intelligent interaction.

💻 Software & Ecosystem

• Python & C++ APIs: Flexible programming interfaces for developers and researchers.

• myPanel Touchscreen: Simplifies teaching, debugging, and real-time monitoring.

• myBlockly: Drag-and-drop programming for beginners, supporting intuitive robot control.

• Simulation Support: Compatible with RViz and MoveIt for motion planning and visualization.

📦 Application Scenarios

• Education: Robotics teaching, navigation training, and manipulation experiments.

• Scientific Research: AI, sensor fusion, and autonomous system development.

• Industrial Automation: Material handling, inspection, and collaborative assembly.

• Service Robotics: Indoor delivery, customer interaction, and smart facility management.

📊 Technical Specifications (Summary)