Best Laser SLAM Stack-height Smart Forklift SFL-CDD14-H Suppliers, Factory
Product Description
SFL-CDD14-H: Narrow-Aisle Smart Forklift Stacker
Setting new benchmarks for cost-efficient vertical material handling, this compact laser SLAM smart stacker delivers premium performance, high-density storage access, and proven industrial reliability at optimized investment levels.
Core Features & Engineering Highlights
Extreme Narrow-Aisle Efficiency
- Processes 23% more pallets per hour in 2m aisles
- Reduces required storage footprint by 38%
- Minimized vehicle BOM cost via strategic ecosystem engineering
AI Deep Learning & Computer Vision
- Adaptive fork positioning precision within ±5 mm
- Multi-angle target recognition for stable pick-up & drop-off
- Achieved 98% first-attempt pickup accuracy in VDI 3587 tests
- Eliminates double-handling and load misalignments
ZAPI + Kinco Servo Precision Motion
- Measured positioning accuracy: ±5 mm to ±10 mm
- High-precision stacking operations & high-velocity transport
- ISO 9283 verified repeatability for smooth and predictable motion
4-Layer 360° Safety Architecture
- Triple-layer obstacle avoidance LiDARs with up to 20m detection
- EN 1175:2020 compliant contact-detection bumpers
- Fork tine height safety protection & audio-optical warnings
- ISO 13849 PLd / ISO 10218-2 HRC-ready architecture
Configurable Automation Platform
| Option | Available Solutions |
|---|---|
| Sensors | 3D cameras, proximity detection |
| Fork Dimensions | Adjustable length and width configurations |
| LiDAR Height | Application-specific mounting positions |
| Branding | Custom corporate colors & client logos |
Industrial Standards & Validation
- VDI 3587: Validated German pallet handling standard performance
- ISO 9283: Certified repeatability accuracy of ±(5-10) mm
- ISO 10218-2 & ISO 13849: Human-Robot Collaboration (HRC-ready)
- BOM Optimization: Value-engineered pricing without performance compromise
Technical Specifications
| Product Model | SFL-CDD14-H | |
|---|---|---|
| Basic Parameters | ||
| Product Name | Laser SLAM Stack-Height Smart Forklift | |
| Driving Style | Automatic Navigation / Handheld Driving | |
| Navigation Method | Laser SLAM | |
| Applicable Pallet Type | Chuan Zi (Stringer / Cross-bottom Pallets) | |
| Rated Load Capacity | 1,400 kg | |
| Load Center | 600 mm | |
| Self Weight (Incl. Battery) | 780 kg | |
| Standard Lifting Height | 1,600 mm | |
| Vehicle Dimensions (L x W x H) | 1,705 x 890 x 1,905 mm (excluding fork tips) | |
| Fork Size (L x W x H) | 1,220 x 180 x 70 mm (excluding fork tips) | |
| Fork Outer Width | 600 / 680 mm | |
| Aisle Width (Pallet 1000 × 1200) | 1,886 + 300 mm (1200 along fork) | |
| Aisle Width (Pallet 800 × 1200) | 1,821 + 300 mm (1200 along fork) | |
| Aisle Width (Pallet 1000 × 1000) | 1,775 + 300 mm (1000 along fork) | |
| Minimum Turning Radius | 1,163 mm | |
| Operating Temp. & Humidity | Temperature: 0 ℃ ~ 50 ℃ / Humidity: 10% ~ 90% (non-condensing) | |
| Performance Parameters | ||
| Driving Speed (Full / Empty) | 1.5 / 1.8 m/s | |
| Accessibility Thresholds | Slope: <5% | Step: 20 mm | Gap: 30 mm | |
| Navigation Positioning Accuracy | ±10 mm | |
| Navigation Angle Accuracy | ±0.5° | |
| Battery & Charging Parameters | ||
| Battery Specification | 24 V / 100 Ah (Lithium Iron Phosphate - LiFePO4) | |
| Comprehensive Endurance | 6 Hours | |
| Charging Time (10% to 80%) | 1 Hour Fast Charging | |
| Charging Modes | Automatic / Manual | |
| Functional Configuration | ||
| LiDAR Configuration | 1 (H1) + 3 (C2) or 1 (P+F R2000) + 3 (C2) | |
| Wi-Fi Roaming Function | ● Standard | |
| 3D Obstacle Avoidance | ○ Optional | |
| Stack Recognition | ○ Optional | |
| Cage Stacking | ○ Optional | |
| High-Level Shelf Identification | ○ Optional | |
| Pallet Stacking & Unstacking | ● Standard | |
| HMI Display | ● Standard | |
| Safety & Security Configuration | ||
| Emergency Stop Button | ● Standard | |
| Audio-Optical Indication | ● Standard | |
| Braking Distance | ≤45 cm (at 1 m/s) / ≤60 cm (at 1.5 m/s) | |
| 360° Laser Protection | ● Standard | |
| Anti-Collision Bar | ● Standard | |
| Fork Height Safety Protection | ● Standard | |
Frequently Asked Questions
FAQ What aisle width is required for the SFL-CDD14-H smart forklift?
Thanks to its compact 890 mm chassis and industry-leading 1,163 mm turning radius, the vehicle operates smoothly in narrow aisles under 2 meters. For standard 1000 × 1200 mm pallets, the required right-angle stacking channel width is only 1,886 + 300 mm.
FAQ How does the AI deep learning vision system handle non-standard loads?
The integrated computer vision platform recognizes various pallet standards, storage racks, and material cages regardless of color or surface condition. It performs adaptive positioning with ±5 mm precision, delivering a 98% first-attempt pickup rate in VDI 3587 testing.
FAQ What navigation and positioning accuracy does the stacker provide?
Driven by Laser SLAM navigation and a ZAPI + Kinco servo architecture, the SFL-CDD14-H maintains a navigation positioning accuracy of ±10 mm and an angular accuracy of ±0.5°, satisfying high-precision vertical stacking and transfer demands.
FAQ What safety systems protect personnel in collaborative environments?
The stacker incorporates a comprehensive 4-layer safety architecture including 3 obstacle-avoidance LiDARs (up to 20m detection range), EN 1175:2020 contact bumpers, fork-height sensors, audio-optical warnings, and an ISO 13849 PLd / HRC-ready design.
FAQ What are the battery specifications and charging turnaround times?
The system is powered by an industrial 24V / 100Ah Lithium Iron Phosphate (LiFePO4) battery that delivers approximately 6 hours of continuous operation. Fast-charging capability allows the battery to charge from 10% to 80% in just 1 hour via automatic or manual docking.
FAQ Can this automated stacker be customized for specific warehouse workflows?
Yes. Configurable automation options include 3D vision cameras, proximity sensors, customized fork lengths and widths (outer width 600 / 680 mm), LiDAR mounting heights, and bespoke corporate branding/colors, with typical lead times of 4 weeks.
