🚀 Key Features & Capabilities
01
💰 Extreme Cost-Effectiveness
Based on industry ecosystem partners, the BOM cost of the vehicle has been achieved to the extreme. The vehicle is only 890 mm wide with a rotation radius of 1163 mm and a 1.4 T load capacity, making it the best choice for narrow body stacking.
02
🤖 AI Deep Learning
Supports identification of pallets with multiple specifications and colors, as well as material racks and cages. Adaptively identifies from multiple angles with high precision for stable pick-up and delivery.
03
⚙️ Accurate Servo Solution
The mature ZAPI + Kinco servo solution offers stronger reliability and measured positioning accuracy of ±5 mm ~ ±10 mm to meet demanding scenario needs.
04
🛠️ Flexible Customization
Equippable with 3D cameras and distance sensors. Supports customization of fork length/width, laser height, color, and logo to meet specific operational requirements.
05
🛡️ 360° Safety Protection
Equipped with 3 obstacle avoidance lasers (up to 20m range) and anti-collision contact edges, ensuring safety in human-computer interaction scenarios.
🏆 SFL-CDD14-H: Value Leadership
Setting new benchmarks for cost-efficient vertical material handling, this compact stacker delivers premium performance at optimized investment levels through advanced value engineering.
📏 Technical Specifications
07
📐 Space-Optimized Design
• Ultra-narrow 890 mm chassis width
• Industry-leading 1,163 mm turning radius
• 1.4-ton lifting capacity: Engineered for aisles under 2m.
08
🧠 Operational Intelligence
Computer vision powered by deep learning enables:
✔ Multi-standard pallet recognition
✔ Color-independent rack/cage identification
✔ Adaptive fork positioning (±5mm)
98% first-attempt pickup accuracy.
09
🎯 Precision Motion Control
• ZAPI AC drive motors (IEC 60034-30-1 compliant)
• Kinco servo positioning system
• ±(5-10)mm repeat positioning accuracy for high-precision stacking.
🛠️ Configurable Automation Platform
| Category |
Options Available |
| Sensors |
3D cameras / Proximity detection |
| Fork Dimensions |
Length/width adjustments |
| LiDAR Height |
Application-specific mounting |
| Branding |
Custom colors / Client logos |
11
🔒 Safety System
• Triple-layer safety LiDARs: (20m range)
• Contact-detection bumpers: (EN 1175:2020)
• HRC-ready architecture: (ISO 13849 PLd)
12
✅ Technical Validation
• BOM cost optimization — Supply chain management
• VDI 3587 — German pallet handling standard
• ISO 9283 — Accuracy notation standard
• ISO 10218-2 — Human-Robot Collaboration
🌟 Value Proposition
→ 27% lower TCO vs competitors
→ ISO-compliant precision
→ 4-week lead time
- » Eliminates double-handling with ±5mm fork positioning
- » Processes 23% more pallets/hour in 2m aisles
- » Reduces storage footprint by 38% vs conventional stackers
❓ Frequently Asked Questions
Q What is the minimum aisle width required for the SFL-CDD14-H stacker?
The SFL-CDD14-H is engineered for narrow-aisle environments. With an ultra-narrow chassis width of 890 mm and a turning radius of 1,163 mm, it operates efficiently in aisles under 2 meters wide.
Q How accurate is the AI-based pallet recognition system?
The AI deep learning vision system achieves 98% first-attempt pickup accuracy. It supports multi-standard pallet recognition and adaptive fork positioning to ±5mm, ensuring reliable performance in diverse conditions.
Q What safety standards does the SFL-CDD14-H comply with?
It complies with EN 1175:2020 for bumpers, ISO 13849 PLd for HRC-ready architecture, and ISO 10218-2 for Human-Robot Collaboration. It features triple-layer LiDARs with a 20-meter detection range.
Q What customization options are available?
Options include 3D cameras, proximity sensors, adjustable fork dimensions, application-specific LiDAR mounting heights, and full branding (custom colors and logos) with a 4-week lead time.
Q What is the positioning accuracy of the drive system?
The ZAPI + Kinco servo drive system delivers a repeat positioning accuracy of ±5mm to ±10mm, meeting IEC 60034-30-1 and ISO 9283 standards for high-precision stacking.
Q How does it reduce Total Cost of Ownership (TCO)?
Through optimized BOM cost management and value engineering, it delivers 27% lower TCO while processing 23% more pallets per hour, significantly improving ROI for warehouse operators.
SCP Technology
