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CIANSUNG - Provider Of System Integration Solutions and Manufacturer Of Automation Equipment

latent forklift  CS-L15P 1
latent forklift  CS-L15P 1

latent forklift CS-L15P

The CS-L15P is an E-type under-cart AGV with a rated load capacity of 1,500 kg and a lifting height of 210 mm. Measuring 1,450 × 1,200 × 575 mm, it features 3D laser navigation and a dual-differential drive system; with a minimum turning diameter of 1,800 mm, it demonstrates exceptional maneuverability in extremely narrow aisles.
This product is capable of lifting and transporting pallets, requiring a right-angle stacking aisle width of only 1800 mm (measured along the forks). It operates at a speed of 1.1 m/s, handles gradients of up to 5%, and clears gaps of up to 30 mm. It is equipped with one LiDAR sensor (expandable), safety edges (customizable), an emergency stop button, voice alarms, and other safety features. The forks measure 1220 × 160 × 60 mm (customizable), and the unit is powered by a 48V 40Ah battery; a full charge takes 2 hours, providing an operating duration of 6–8 hours under no-load conditions and 4–6 hours under full load. Navigation accuracy is ±10 mm. Recommended industries include dense warehousing, cross-border e-commerce, and pallet distribution centers—specifically, scenarios requiring high-density storage and under-pallet transport capabilities.
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    Ciansung Lift-and-Rotate AMR-C-D10. Equipped with a multimodal safety protection system integrating LiDAR, ultrasonic sensors, collision guards, and emergency stop buttons, it achieves 360° blind-spot-free environmental awareness. It automatically identifies obstacles such as pedestrians, racks, and stacked goods, triggering deceleration, avoidance maneuvers, or emergency braking to ensure safety in human-machine mixed-operation environments. Supports multi-robot collaborative scheduling with seamless integration into mainstream WMS and MES systems. Intelligent scheduling algorithms dynamically allocate tasks, optimize routes, and maximize resource utilization, effortlessly handling complex scenarios such as production line loading/unloading, warehouse location transfers, and cross-floor material distribution.

    Product parameter

    Vehicle Dimensions (L×W×H) (mm)

     

    Rated Load (kg)

     

    Lifting Height (mm)

     

    Chassis Weight (kg)

     

    Navigation Method (/)

     

    Drive Type

     

    Movement Modes

     

    Turning Diameter (Unloaded) (mm)

     

    Minimum Passage Width (mm)

     

    Operating Space (Unloaded, Single/Dual Channel) (mm)

     

    Operating Speed (m/s)

     

    Angular Accuracy (°)

     

    Understand our strengths

    latent forklift  CS-L15P 2
    Rapid Deployment
    Utilizing SLAM laser navigation technology, it autonomously generates navigation maps without requiring on-site scene modifications, enabling swift system deployment.
    latent forklift  CS-L15P 3
    Self-Monitoring
    Real-time robot status acquisition enables self-diagnosis, anomaly alerts, and rapid troubleshooting.
    latent forklift  CS-L15P 4
    Quick Expansion
    Standardized interfaces for third-party enterprise systems allow rapid integration and functional module deployment.
    latent forklift  CS-L15P 5
    Automatic Charging
    Real-time battery monitoring triggers automatic charging/power-off at thresholds, ensuring 24/7 uninterrupted operation and rapid high-frequency task response.
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    Safety Protection
    Equipped with LiDAR for 360° safety detection, three-tier safety deceleration, intelligent obstacle recognition, and proactive parking or route rerouting.
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    Flexible Scheduling
    Based on proprietary systems, enables large-scale robot fleet control and intelligent online/offline management, ensuring stable and efficient system operation.

    1. Ultra-light delivery plan

    Can use PAD for vehicle scheduling and management (vehicle scheduling, data analysis, abnormal alarm);

    It is recommended to use PAD to make up for the shortcomings in the automated scheduling of the system and realize the “flexible” use of vehicles.;

    Through the optimization of digital terminals, the collaborative management of man and machine can be realized and the overall management efficiency can be improved.

    2. FREIGHT FIRST KILOMETER SERVICE PLATFORM

    Handling materials: fresh fruits, agricultural and sideline products

    Project scenario: Unloading port → merchant → shipping area

    Merchant→ Product reserve warehouse

    Handling process: The merchant calls the forklift through the terminal→ designated area → point-to-point handling

    Project results: reduce manual handling, reduce labor costs, and save more than 80% of manpower;  optimize the operation process, merchants only need to place an order online to easily complete the cargo handling, effectively saving communication costs and time costs, and improving handling efficiency.

    3. A CHEMICAL COMPANY

    Unmanned forklifts are required to complete the transportation of finished products from the production line to the temporary storage area; workers can dispatch unmanned forklifts through on-site pager or flatbed to achieve one-click call handling; unmanned forklifts can complete automatic fork picking through pallet attitude recognition, and then transport the goods to the warehouse area, according to the cargo lane recognition technology to determine the degree of overflowing of the cargo lane, and automatically return to the area to be forked after completing the automatic drop-off.

    Project results: After the introduction of the ”intelligent handling solution for line-side warehousing”, the operators on the customer's site can focus on production line production, fully realizing the separation of people and vehicles, and effectively improving on-site safety.Managers can directly count and manage vehicles and goods through the background of the system to ensure efficient on-site collaboration and improve on-site operation efficiency 60%

    4. A LARGE THIRD-PARTY LOGISTICS COMPANY

    Unmanned forklifts are required to complete the handling of goods on the warehouse plane and across floors;  to provide customers with on-site hazardous chemicals and chemical raw materials and other cargo handling, to achieve warehouse location management, cross-floor handling and cargo elevator docking and other full-process automated handling.

    Project results: effectively reduce manual handling work and save a lot of labor costs;  managers can directly count and manage vehicles and goods through the background of the system to complete the cross-floor handling of goods;  wood ant large-scale cluster dispatching system can adapt to the rapid changes in future business, can quickly expand capacity, facilitate system upgrades by module, and quickly respond to customer needs

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    CIANSUNG is a provider of integrated solutions for industrial and commercial robot systems, as well as a manufacturer of automation equipment.

    Contact Us

    Contact: Heidi

    Tel: +86 183 2103 6277

    E-mail: Heidi@cian-sung.com

    WhatsApp:+86 183 2103 6277


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