- Flexible payload interfaces Platforms can be configured with roller or conveyor top modules, lift tables, shelves, towing hitches, fork-style lifting structures, or custom fixtures matched to totes, pallets, racks, and tooling carts.
- Multiple navigation technologies The range covers laser/LiDAR localization, vision-assisted navigation, SLAM for dynamic environments, and sensor fusion combining IMU, wheel odometry, depth sensors, and cameras.
- Designed for human-robot coexistence Safety-rated scanners with protective fields, emergency stop buttons, safety I/O, and audible and visual signalling allow the robots to operate alongside people in shared industrial spaces.
- Fleet management and traffic control Scheduling and fleet software coordinates multiple robots with right-of-way rules, virtual lanes, and no-go zones for orderly facility-wide material flow.
- MES, WMS, and ERP integration Wi-Fi and industrial wireless communications connect the fleet to production and inventory systems for automated dispatching of job orders and inventory moves.
- Flexible battery charging strategies Rechargeable battery packs support manual charging, docking stations, or opportunity charging, with battery monitoring for lifecycle management.
Description
SIASUN's Self-Driving Robots are a range of autonomous mobile platforms — spanning AGV (automated guided vehicle) and AMR (autonomous mobile robot) architectures — developed for smart manufacturing and intelligent logistics. Each platform is built around a rigid chassis with electric drive modules, onboard battery power, and a choice of payload interfaces: roller or conveyor top modules, lift tables, shelves, towing hitches, fork-style lifting structures, or custom fixtures matched to totes, pallets, racks, and tooling carts. Navigation options across the category include laser/LiDAR localization, vision-assisted navigation, SLAM for dynamic or frequently changing environments, and sensor fusion combining IMU, wheel odometry, LiDAR, depth sensors, and cameras — with the appropriate approach selected to suit facility layout, environmental conditions, and performance requirements.
Within SIASUN's ecosystem, self-driving robots operate as part of an integrated automation stack: the mobile platforms handle movement, scheduling and fleet-management software coordinates multi-robot traffic, and standard interfaces connect job orders to MES, WMS, and ERP systems over Wi-Fi or industrial wireless networks. Typical missions include internal transport, line-side replenishment, kitting, warehouse order movement, and inter-process delivery. Because these robots are designed to share space with people, the category incorporates safety-rated scanners with protective slow-down and stop fields, emergency stop buttons and safety I/O, audible and visual signalling, and traffic-management rules such as right-of-way, virtual lanes, and no-go zones — consistent with the ISO 3691-4 framework for driverless industrial trucks.
Fonctionnalités
Spécifications
| Brand | SIASUN |
|---|---|
| Model | Self-Driving Robots (AGV/AMR range) |
| Category | Autonomous mobile platforms for industrial transport and logistics |
| Payload Interfaces | Roller/conveyor top modules, lift tables, shelves, towing hitches, fork-style lifting, custom fixtures |
| Navigation | Laser/LiDAR, vision-assisted, SLAM, sensor fusion (IMU, wheel odometry, depth sensors, cameras) |
| Safety Equipment | Safety-rated scanners, emergency stop buttons, safety I/O, audible/visual signals |
| Power | Rechargeable battery packs; manual, docking-station, or opportunity charging |
| Communications | Wi-Fi / industrial wireless; MES, WMS, and ERP interfaces |
| Fleet Software | Multi-robot scheduling and coordination |
Secteurs
Questions fréquentes
They are SIASUN's range of autonomous mobile platforms — AGVs and AMRs — that navigate manufacturing and logistics facilities to move materials automatically. They form part of an integrated stack combining the mobile platform, fleet scheduling software, and interfaces to factory and warehouse systems.
Typical missions include internal transport, line-side replenishment, kitting, warehouse order movement, and inter-process delivery in smart factories, warehouses, and production logistics environments.
Key selection factors include rated payload and load center-of-gravity limits, positioning accuracy at pickup and drop points, speed when empty and loaded, turning radius and aisle compatibility, and runtime per charge. Payload interfaces range from roller and conveyor top modules to lift tables, towing hitches, and fork-style structures. Our team can help match a platform and navigation approach to your facility during the quotation process.
The V-Series is a stationary industrial robot for fixed production cells, whereas the Self-Driving Robots are mobile platforms that travel through the facility to transport materials between locations. Many automation projects combine both: fixed robots for processing and mobile robots for material flow.
SIASUN Self-Driving Robots are sold on a quotation basis, since final pricing depends on the chosen platform, payload interface, navigation setup, and fleet size. Request a quote through Robotix Market and our team will confirm pricing, availability, and worldwide shipping. The products are covered by SIASUN's manufacturer warranty.
SIASUN Self-Driving Robots Industrial AGV/AMR Range
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- Prix sur demande
Wheeled Robots
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