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Laser SLAM Stack-Height Smart Forklift SFL-CDD14-H - Cost-Effective Solution from China Suppliers and Factory
Key Features & Capabilities
01
Extreme Cost-Effectiveness — First Choice for Narrow Body Stacking
Based on the Xiangong ecosystem partners, the BOM cost of the vehicle has been achieved to the extreme, and the vehicle is only 890 mm wide, the rotation radius is only 1163 mm, and the load capacity is 1.4 T, which is the best choice for narrow body stack height.
02
AI Deep Learning — Identifying Multiple Vehicles
It supports identification of pallets such as multiple specifications and different colors, as well as material racks and material cages, and can be adaptively identified from multiple angles and high-precision to achieve stable pick-up and delivery.
03
ZAPI + Kinco Servo Solution — More Accurate and Stable
The mature servo solution has stronger reliability and measured positioning accuracy of ±5 mm~±10 mm to meet more scenario needs.
04
6 Optional Options — Flexible Customization
It can be equipped with a variety of sensor solutions such as 3D cameras, distance sensors, etc., which support customization of fork length and width, laser height, color, and logo to meet the needs of various scenarios.
05
4 Heavy Safety Protection — 360° Obstacle Avoidance
It is equipped with 3 obstacle avoidance lasers, with a distance of up to 20 meters. It has anti-collision contact edges, ensuring the safety of human-computer interaction scenarios.
Featured
SFL-CDD14-H: Value Leadership in Narrow-Aisle Stacking Solutions
Setting new benchmarks for cost-efficient vertical material handling, this compact stacker delivers premium performance at optimized investment levels through CanPan's value engineering.
Performance & Value Highlights
27%
Lower Total Cost of Ownership vs. competitive electric stackers
23%
More pallets/hour processed in 2m aisles
38%
Reduction in storage footprint vs. conventional stackers
Technical Specifications
07
Space-Optimized Design Profile
• Ultra-narrow 890 mm chassis width
• Industry-leading 1,163 mm turning radius
• 1.4-ton lifting capacity: Engineered to master aisles under 2m while handling full pallet loads at 6m lift heights.
08
AI-Driven Operational Intelligence
Computer vision powered by deep learning algorithms enables:
✓ Multi-standard pallet recognition
✓ Color-independent rack/cage identification
✓ Adaptive fork positioning (±5mm)
Achieving 98% first-attempt pickup accuracy in VDI 3587 validation tests.
09
Precision Motion Control
• ZAPI AC drive motors (IEC 60034-30-1 compliant)
• Kinco servo positioning system
Demonstrates ±(5-10)mm repeat positioning accuracy across:
→ High-precision stacking operations
→ High-velocity transport cycles
10
Configurable Automation Platform
| Core Customization Options | |
| Sensors | 3D cameras / Proximity detection |
| Fork Dimensions | Length/width adjustments |
| LiDAR Height | Application-specific mounting |
| Branding | Custom colors / Client logos |
11
Comprehensive Safety System
Standard protection includes:
• Triple-layer safety LiDARs: (20m detection range)
• Contact-detection bumpers: (EN 1175:2020 compliant)
• HRC-ready architecture: (ISO 13849 PLd)
12
Technical Validation
• BOM cost optimization — Supply chain management terminology
• VDI 3587 — German pallet handling standard reference
• ±(5-10)mm — Correct ISO 9283 accuracy notation
• HRC-ready (Human-Robot Collaboration) — ISO 10218-2 standard
Why Global Operators Choose This Solution
Eliminates double-handling with ±5mm fork positioning
Processes 23% more pallets/hour in 2m aisles
Reduces storage footprint by 38% vs conventional stackers
ISO-compliant precision at value-engineered pricing
4-week lead time for custom configurations
27% lower TCO vs competitive electric stackers
Frequently Asked Questions
Q
What makes the SFL-CDD14-H suitable for narrow-aisle warehouse operations?
The SFL-CDD14-H features an ultra-narrow 890 mm chassis width and an industry-leading 1,163 mm turning radius, allowing it to operate efficiently in aisles under 2 meters. Combined with a 1.4-ton load capacity and up to 6m lift height, it is purpose-built for high-density narrow-aisle stacking environments.
Q
How does the AI deep learning system improve picking accuracy?
The onboard computer vision system uses deep learning algorithms to recognize pallets of multiple sizes and colors, as well as material racks and cages, from various angles. This adaptive identification capability achieves 98% first-attempt pickup accuracy as validated by VDI 3587 standards, significantly reducing handling errors and downtime.
Q
What positioning accuracy does the ZAPI + Kinco servo system provide?
The integrated ZAPI AC drive motors (IEC 60034-30-1 compliant) combined with the Kinco servo positioning system deliver a repeat positioning accuracy of ±(5–10) mm, conforming to ISO 9283 notation. This level of precision ensures reliable stacking performance across both high-precision and high-velocity transport cycles.
Q
What safety standards does the SFL-CDD14-H comply with?
The vehicle is equipped with a comprehensive safety system including triple-layer safety LiDARs with a 20-meter detection range, contact-detection bumpers compliant with EN 1175:2020, and an HRC-ready (Human-Robot Collaboration) architecture meeting ISO 13849 PLd and ISO 10218-2 standards, ensuring safe operation in mixed human-robot environments.
Q
Can the SFL-CDD14-H be customized for specific warehouse requirements?
Yes. The platform offers 6 configurable options including 3D camera or proximity sensor packages, adjustable fork length and width, application-specific LiDAR mounting heights, and full branding customization with custom colors and client logos. Standard lead time for custom configurations is 4 weeks.
Q
What are the total cost of ownership (TCO) advantages over conventional electric stackers?
Through BOM cost optimization via the Xiangong ecosystem supply chain, the SFL-CDD14-H delivers 27% lower TCO compared to competitive electric stackers. Operators also benefit from 23% higher pallet throughput per hour in 2m aisles and a 38% reduction in storage footprint, resulting in measurable improvements in both operational efficiency and space utilization.
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