Basic Specifications
Positioning Accuracy
±10mm
Battery Type
Lithium Iron Phosphate
Charging Mode
Offline / Automatic
Application
Loading, Warehouse, Logistic, Manufacture
Specification
1280*800*420mm
Package Size
128.00cm * 80.00cm * 29.00cm
Product Description
1
Latent Lifting AGV featuring Lidar slam navigation and autonomous moving capabilities.
2
Support for flexible customization to meet specific functional expansion requests and operational needs.
3
Equipped with Lidar SLAM + inertial navigation for easy deployment, flexible routing, and obstacle avoidance.
4
High carrying capacity of 1000kg, suitable for lifting and rotating transportation of various goods.
5
Stable and efficient operation with a maximum unloading running speed of 1.7m/s.
6
Intelligent power management with preset multi-level thresholds for autonomous charging.
7
Maximum battery capacity up to 40ah, providing improved endurance for long-duration tasks.
8
High-precision navigation accuracy reaching ±10mm using combined sensor technology.
9
Cluster scheduling system allowing real-time monitoring of status, battery, and location for all robots.
10
Safety focused: Includes Lidar obstacle avoidance, front contact anti-collision strips, and emergency stop buttons.
Specific prices can be discussed in person, as different configurations are available for different AGV/AMR needs.
Frequently Asked Questions
What is the maximum payload of the W1000SL?
The W1000SL is designed to handle a maximum carrying capacity of 1000kg, suitable for heavy-duty warehouse and logistic tasks.
How does the navigation system work?
The robot utilizes a sophisticated Lidar SLAM combined with inertial navigation, providing a positioning accuracy of ±10mm and flexible obstacle avoidance.
What is the battery life and charging time?
It features a Lithium Iron Phosphate battery with an endurance of ≥8 hours. It supports fast charging, reaching full capacity in ≤1.5 hours.
Can the robot be customized for specific needs?
Yes, we support flexible customization. We can expand functional modules according to customer requests to better meet specific operational needs.
What safety features are included?
Safety is ensured through Lidar-based obstacle avoidance, front contact anti-collision strips, and easily accessible emergency stop buttons on both sides.
How is the fleet managed?
All equipment is managed through a cluster scheduling control system, allowing you to view working status, electricity levels, and location of all robots simultaneously.
IDD Motion
