Compact 60 kg Payload Platform
580 × 510 × 600 mm overall size keeps the robot compact while carrying loads up to 60 kg.
Flexible material movement for modern factories and warehouses. SAGV0601 combines a compact 580 × 510 × 600 mm body with free or linear navigation, LiDAR + 3D camera obstacle avoidance, 12-hour endurance and automatic recharging.
SAGV0601 is designed for point-to-point material transport where floor space, route flexibility and repeatable internal logistics matter.
580 × 510 × 600 mm overall size keeps the robot compact while carrying loads up to 60 kg.
Supports free navigation as well as linear navigation along a configured route to match different factory movement logic.
Obstacle avoidance uses one LiDAR sensor together with one 3D camera for environment perception.
The robot detects low power and returns for automatic charging; manual charging and quick battery replacement are also supported.
All technical values below are taken from the supplied Southern Machinery product sheet.
The compact 60 kg platform is suited to facilities that need repeated transport between warehouse, kitting, line-side and production areas.
Move reels, feeders, component kits, tooling or WIP materials between storage and line-side areas.
Transport trays, bins, subassemblies and in-process materials between manufacturing stations.
Support repeatable point-to-point movement from supermarket or warehouse locations to production areas.
Use scheduled or task-based material movement for kits and replenishment loads within the 60 kg payload limit.
Move controlled loads between production, inspection, test and packaging processes.
Use the compact footprint in facilities where material routes need to remain software-configurable rather than tied to one fixed physical guide.
A successful AMR project starts with the real material flow: pickup points, drop-off points, payload, route conditions, charging position and interaction with operators or equipment.
Payload, load dimensions, pickup/drop-off points and required transfer frequency.
Create the working map using a computer, tablet or built-in display.
Configure free-navigation destinations or linear navigation routes.
Define automatic charging position and power-management logic.
Run the robot in the actual material flow and optimize task timing around the process.
Send the load dimensions, weight, pickup and drop-off points, transport frequency, route distance and charging conditions. Southern Machinery can evaluate whether SAGV0601 fits the application.