Best China Laser SLAM Stack-Height Smart Forklift SFL-CDD16 - Efficient Suppliers & Reliable Factory for Heavy Loads Supplier, Factory

Experience a comprehensive upgrade with our innovative product, designed for flexibility and efficiency in your operational needs. This advanced equipment, proudly manufactured in China, showcases outstanding performance and reliability, making it an ideal choice for industries seeking high-quality solutions.

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Rated Load CapacityMinimum Turning Radius
1600 kg1340 + 200 mm
Comprehensive Battery LifePositioning Accuracy
8-10 hours±10, ±0.5 (mm°)
Standard Lifting HeightDriving Speed
3000 mmFull Load/No Load 2/2 m/s
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As leading suppliers in the industry, our factory ensures that each product meets rigorous quality standards, providing you with a dependable solution that enhances productivity and operational efficiency. Trust in our commitment to excellence and discover the benefits of our top-notch equipment today!

Product Description

01
SLAM Navigation, Accurate and Convenient

±10 mm Accuracy SLAM Navigation, no reflector for easy deployment.

02
2 m/s — Faster and More Efficient

No-load maximum operation speed; no-load speed will not drop.

03
1.6 T / 3 m — No Load Reduction

1.6 T load, 3 m lift without lowering load.

04
Brand New Industrial Design

Family-made industrial design, multi-modular guarantees quality (operating panel, sensor bracket, wiring harness, etc.), making it easier to disassemble, install, and maintain.

05
Vehicle Identification, Accurate and Efficient

High-precision identification, accurate fork cargo, ensures handling efficiency, and supports national standard, European standard, and non-standard pallets.

06
Rich Options and Safe Escort

360° obstacle avoidance laser scanning range matched with 3D cameras, safety touch edges, distance sensors, and more.

07 — Highlight
SFL-CDD16: The Efficiency Vanguard in Material Handling

Redefining warehouse productivity standards through cutting-edge automation technology and engineered performance excellence.

08
Advanced Navigation Precision
• LiDAR-based SLAM navigation (±10mm accuracy)
Reflector-free deployment — Zero infrastructure requirements
• Rapid environmental adaptation for new/retrofitted warehouses
→ Reduces implementation time by 60% vs conventional AGVs
09
Heavy-Duty Lifting Capability
1.6T payload capacity at full 3m lift height
Zero derating across operational envelope
• Mastery of high-bay racking operations (tested per FEM 4.004)
10
Modular Maintenance-Optimized Design
• Unified family-design language
• Tool-less access components:
  → Control panel assemblies
  → Sensor mounting brackets
  → Harness routing systems
40% faster MTTR (Mean Time To Repair)
11
Intelligent Load Recognition
Multi-standard pallet identification:
✓ GB/T (China Standard)
✓ ISO 6780 (European Standard)
✓ Non-standard configurations
• ±5mm fork positioning precision
• 99.1% first-attempt engagement success
12
Expandable Safety Ecosystem
Optional protection packages:
• 360° Safety LiDAR (20m scanning range)
• High-resolution 3D vision cameras
• IEC 61496-compliant safety bumpers
• Proximity detection sensor array
Meeting ANSI/ITSDF B56.5 safety category requirements
13
Technical Excellence in Summary
Capability Benchmark
Navigation Accuracy ±10 mm
Max Speed (Loaded) 2 m/s
Lift Height @ 1.6T 3.0 m
Recognition Standards 3 Major Global Types
Maintenance Index 40% Faster Downtime Recovery
14 — Why Choose SFL-CDD16?
  • Zero throughput degradation during loaded operations
  • Future-proofed modular architecture
  • Certifiable safety integration
  • 30% higher storage density utilization
Frequently Asked Questions
Q
What navigation technology does the SFL-CDD16 use, and how accurate is it?
The SFL-CDD16 uses LiDAR-based SLAM (Simultaneous Localization and Mapping) navigation with a positioning accuracy of ±10 mm. This reflector-free system requires zero infrastructure modification, allowing rapid deployment in both new and existing warehouse environments — reducing setup time by up to 60% compared to conventional AGVs.
Q
Can the SFL-CDD16 maintain its full payload capacity at maximum lift height?
Yes. The SFL-CDD16 is engineered for zero load derating — it maintains its full 1.6-tonne payload capacity even at the maximum lift height of 3 metres. This makes it ideal for high-bay racking operations and ensures consistent throughput throughout the entire operational envelope, tested in accordance with FEM 4.004 standards.
Q
Which pallet standards does the SFL-CDD16 support for load recognition?
The SFL-CDD16 supports three major pallet standards: GB/T (China National Standard), ISO 6780 (European Standard), and non-standard custom configurations. Its high-precision vision system achieves ±5 mm fork positioning accuracy and a 99.1% first-attempt engagement success rate, ensuring reliable and efficient pallet handling across diverse logistics environments.
Q
What safety features and sensor options are available on the SFL-CDD16?
The SFL-CDD16 offers an expandable safety ecosystem with optional protection packages including: 360° Safety LiDAR with a 20-metre scanning range, high-resolution 3D vision cameras, IEC 61496-compliant safety bumpers, and a proximity detection sensor array. The system meets ANSI/ITSDF B56.5 safety category requirements, providing comprehensive obstacle avoidance and personnel protection.
Q
How does the modular design of the SFL-CDD16 reduce maintenance downtime?
The SFL-CDD16 features a family-design modular architecture with tool-less access to key components including control panel assemblies, sensor mounting brackets, and harness routing systems. This engineering approach delivers a 40% faster Mean Time To Repair (MTTR) compared to traditional forklift AGVs, significantly reducing unplanned downtime and lowering total cost of ownership.
Q
What operational speed does the SFL-CDD16 achieve, and does speed drop under load?
The SFL-CDD16 achieves a maximum no-load operating speed of 2 m/s, and — critically — its speed does not degrade under load. This zero throughput degradation during loaded operations ensures predictable cycle times, enabling warehouse planners to accurately model throughput capacity and maintain consistent material flow without performance penalties during heavy-load tasks.

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