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Based on strategic ecosystem partners, the BOM cost of the vehicle has been optimized to the extreme. The vehicle is only 890 mm wide, has a rotation radius of only 1163 mm, and boasts a load capacity of 1.4 T, making it the ideal choice for narrow-body stack height applications.
Supports the identification of pallets across multiple specifications and different colors, as well as material racks and cages. Can adaptively identify targets from multiple angles with high precision to achieve stable pick-up and delivery.
The mature servo solution provides strong reliability and a measured positioning accuracy of ±5 mm to ±10 mm to meet demanding operational scenario requirements.
Can be equipped with a variety of sensor solutions, such as 3D cameras and distance sensors. Supports customization of fork length and width, laser height, color, and logo to suit diverse warehouse configurations.
Equipped with 3 obstacle avoidance lasers providing a detection range of up to 20 meters. Includes anti-collision contact edges to ensure safe operation in human-computer interaction scenarios.
| Core Customization Options | |
| Sensors | 3D cameras / Proximity detection |
| Fork Dimensions | Length/width adjustments |
| LiDAR Height | Application-specific mounting |
| Branding | Custom colors / Client logos |
Q What is the minimum aisle width required for the stacker to operate effectively?
The stacker is engineered for narrow-aisle environments with a chassis width of only 890 mm and a turning radius of 1,163 mm, allowing it to operate efficiently in aisles under 2 meters wide while handling full pallet loads at lift heights up to 6 meters.
Q What types of pallets and load carriers can the AI recognition system identify?
The AI deep learning system supports recognition of pallets in multiple specifications and various colors, as well as material racks and material cages. It performs adaptive, high-precision identification from multiple angles, achieving a 98% first-attempt pickup accuracy rate as validated by VDI 3587 testing standards.
Q How accurate is the positioning system, and what technology powers it?
The stacker uses a ZAPI AC drive motor system (IEC 60034-30-1 compliant) combined with a Kinco servo positioning system, delivering a repeat positioning accuracy of ±5 mm to ±10 mm. This precision supports both high-accuracy stacking operations and high-velocity transport cycles.
Q What safety features are included, and do they comply with international standards?
The system includes a comprehensive multi-layer safety system: three obstacle avoidance LiDAR sensors with a 20-meter detection range, anti-collision contact-detection bumpers compliant with EN 1175:2020, and an HRC-ready architecture certified to ISO 13849 PLd, ensuring safe human-robot collaboration environments.
Q Can the stacker be customized to meet specific operational or branding requirements?
Yes, the platform offers 6 configurable options including 3D camera or proximity sensor integration, fork length and width adjustments, LiDAR mounting height customization, and full branding support with custom colors and logos. Custom configurations are available with a 4-week lead time.
Q What is the total cost of ownership (TCO) advantage compared to other electric stackers?
The stacker delivers a 27% lower TCO compared to competitive electric stackers, thanks to BOM cost optimization. It also enables 23% higher pallet throughput per hour in 2-meter aisles and reduces warehouse storage footprint by 38% versus conventional stacker solutions.
