China Laser SLAM Stack-Height Smart Forklift SFL-CDD14-H - 1400kg Capacity from China Suppliers & Factory Manufacturer, Supplier

Introducing our latest product with a slim body design, offering the ultimate in cost-effectiveness for your industrial needs. This high-performance machine is manufactured in China, ensuring top quality directly from our reputable factory, **Key Specifications:**, - **Rated Load Capacity:** 1400 kg, - **Minimum Turning Radius:** 1163 mm, - **Comprehensive Battery Life:** 6 hours, - **Positioning Accuracy:** ±10 mm, ±0.5 mm, - **Standard Lifting Height:** 1600 mm, - **Driving Speed:** Full load at 1.5 m/s, no load at 1.8 m/s, As a trusted supplier in the industry, we pride ourselves on delivering innovative solutions designed for efficiency and reliability. Experience the performance and value that set us apart from other suppliers in the market. Upgrade your operations with our advanced machinery, engineered for excellence right here in China!

Product Description

01
Extreme Cost-Effectiveness: Prime Narrow-Body Stacker

Engineered with ecosystem supply-chain optimization, the vehicle BOM cost achieves top-tier efficiency. With an ultra-compact 890 mm body width, a sharp 1,163 mm rotation radius, and 1.4-ton load rating, it represents the premier configuration for space-constrained vertical stacking.

02
Deep Learning AI: Multi-Carrier Identification

Supports robust automated identification across diverse pallet specifications, varying color profiles, standard material racks, and storage cages. Multi-angle adaptive recognition guarantees precise pick-up and drop-off operations in changing warehouse environments.

03
ZAPI + Kinco Servo: Precision Motion Control

Industrial-grade integrated drive architecture provides proven stability and exceptional reliability. Features measured repeat positioning accuracy of ±5 mm to ±10 mm to fulfill demanding automated handling requirements.

04
Customizable Platform: Multi-Option Engineering

Configurable with 3D perception cameras, optical ranging sensors, custom fork lengths and widths, application-specific LiDAR heights, and personalized corporate coatings/branding.

05
Multi-Tier Safety: 360° Omnidirectional Protection

Equipped with 3 obstacle detection safety LiDARs offering a detection radius up to 20 meters, coupled with physical anti-collision bumpers for comprehensive human-machine collaborative protection.

06
SFL-CDD14-H: Narrow-Aisle Benchmark

Sets a benchmark for cost-efficient vertical material logistics. This compact stacker achieves optimal performance metrics at lower capital investment thresholds through advanced value engineering.

07
Space-Optimized Chassis Architecture
  • Ultra-narrow 890 mm vehicle footprint
  • Industry-leading 1,163 mm turning radius
  • 1.4-ton lifting capacity handling rated loads in aisles under 2 meters up to 6m lift heights
08
AI-Driven Operational Intelligence

High-efficiency deep learning computer vision delivers:

  • Multi-standard pallet dimension recognition
  • Color-independent rack and cage identification
  • Adaptive fork positioning accuracy (±5mm)

Attains 98% first-attempt pickup accuracy in standard VDI 3587 testing.

09
Precision Motion & Drive Architecture
  • ZAPI AC drive motors (IEC 60034-30-1 standard compliant)
  • Kinco servo positioning system

Maintains ±(5-10)mm repeatability across:

  • High-density precision vertical stacking
  • Continuous high-velocity transit cycles
10
Modular Configuration Matrix
Core Customization Options
Sensors 3D Vision / Proximity Detection
Fork Specs Configurable Length & Width
LiDAR Mast Application-Specific Height Mount
Appearance OEM Colors & Fleet Branding
11
Certified Safety Standards

Integrated baseline safety modules:

  • Triple-layer safety LiDARs (20m scanning boundary)
  • Physical edge sensors (EN 1175:2020 safety compliant)
  • HRC collaborative architecture (ISO 13849 PLd)
12
Engineering Verification
  • BOM Optimization: Advanced cost-controlled supply chains
  • VDI 3587: Standardized industrial pallet handling
  • ±(5-10)mm: Certified ISO 9283 positioning accuracy
  • HRC Standard: ISO 10218-2 Human-Robot collaboration compliance
13
Key Value Propositions
  • 27% Lower TCO: Reduced lifetime operational costs vs electric rivals
  • Standardized Precision: High-grade ISO tolerances at competitive capital cost
  • Rapid Deployment: Standard 4-week delivery lead time for custom configs
14
Operational Advantages
  • Mitigates secondary handling cycles with ±5mm dynamic positioning
  • Processes 23% more pallets per hour within 2m operating aisles
  • Reduces required warehouse footprint by 38% compared to standard stackers
Frequently Asked Questions
What makes the SFL-CDD14-H ideal for narrow-aisle facilities?
The SFL-CDD14-H is built with a slim 890 mm chassis and an exceptionally tight 1,163 mm turning radius. It is specifically designed to operate in narrow aisles under 2 meters wide while efficiently managing rated 1.4-ton loads up to 6 meters high.
How does deep learning AI benefit pallet handling operations?
Powered by deep learning algorithms and computer vision, the stacker accurately identifies pallets of varied dimensions and colors, as well as complex cages and racks. Featuring adaptive fork positioning (±5mm), it maintains a verified 98% first-attempt pick rate under VDI 3587 standards.
What motion positioning accuracy can the system achieve?
Powered by ZAPI AC drive motors (IEC 60034-30-1 compliant) and a Kinco servo system, the unit reliably achieves repeat positioning tolerances between ±5 mm and ±10 mm, ensuring dependable performance during both high-speed transit and high-elevation stacking.
What safety mechanisms protect workers and equipment?
The vehicle includes triple-layer safety LiDAR systems offering up to 20 meters of detection, compliant anti-collision contact bumpers adhering to EN 1175:2020, and an ISO 13849 PLd rated architecture designed for safe Human-Robot Collaboration (HRC).
What custom options are available on this automation platform?
Operators can configure the unit with 3D perception cameras, optical proximity sensors, customized fork lengths and spacing, specialized LiDAR mounting heights, and client-specific paint codes and logos.
How does this unit reduce Total Cost of Ownership (TCO)?
By combining standardized modular components with streamlined supply-chain engineering, the SFL-CDD14-H lowers total lifetime operating costs by up to 27% compared to equivalent electric stackers, backed by accelerated 4-week delivery timelines.

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