FetchingRobot
中文
PRODUCTS
FetchingRobot connects mobile platforms with application-focused robotics development. The FM Series supports robot developers and system integrators, while the WCR Series is being developed for doorstep waste collection in residential communities.
WCR SERIES / RESIDENTIAL ROBOTICS
In developmentA robot in development for residential waste collection, bringing on-demand requests, top loading, covered transport and staff-managed bin exchange into one service workflow.
FM SERIES
The FM-800 combines LiDAR-SLAM navigation, dual LiDAR sensors, camera-based obstacle avoidance and automatic charging. With a maximum payload of 150 kg, it provides a mobile platform for mounting equipment and developing robot applications.
The FM-800 provides power, USB and network connections for payload equipment, peripherals and custom development. The base handles movement and navigation, while the equipment mounted on it performs the application’s tasks.
The FM-800 supplies the robot’s mobile platform and power interfaces. Payload equipment, control software and the operator interface add the functions needed for the application, bringing mechanical design, peripheral integration and software development together.
FetchingRobot’s robotics development work covers system architecture, control integration and application software, connecting the base, task equipment and operator station through hardware adaptation, software integration and system testing.
The product range includes the OEM-sourced FM-800 Mobile Robot Base and the WCR-160 Doorstep Waste Collection Robot, which is in development for bagged-waste collection and property-service operations.
The base supports payload integration and custom development. It provides 24 V / 30 A power output, two USB 2.0 ports and a network port with TCP/IP support for power, peripheral connections and system communications.
The FM-800 product page lists dimensions, weight, payload, runtime, charging, operating conditions and interfaces. The 15 h runtime is specified for unloaded operation.