In order to enhance ultimate benefits, factories are stacking more and more shelves and piling higher and higher goods, leaving less and less operational space for forklifts. Traditional forklifts with their wide body and large turning radius have gradually exposed many drawbacks in dense storage environments: narrow operating space, prominent safety issues in mixed human-machine scenarios, and cumbersome deployment and application of forklifts, etc.

To solve the above problems, SEER Robotics, based on the ecological partner Linde vehicle body, has released a new high-quality laser SLAM stacker intelligent forklift SFL-CDD15, the strongest king in narrow aisle applications.

The SFL-CDD15 is equipped with the SEER Robotics SRC mobile robot controller inside, which uses laser SLAM navigation technology for more flexible on-site application; it supports AI adaptive recognition and fork-lifting, efficient and stable handling and transportation; and it has further extended in terms of application scenarios and adaptability, which can not only flexibly dock with the production line to meet the transfer operations of the line-side scene, but also supports flat transportation in the warehouse area, and stacking on high shelves, etc.

Why choose SFL-CDD15?

The SFL-CDD15 is built on the Linde vehicle body, with an internal SEER Robotics SRC controller, and the product competitiveness is at the next level.

SEER Robotics provides core module support, and based on the SRC controller, more advanced functions can be realized, such as pallet stacking and unstacking, cage stacking, high-shelf pallet recognition, etc., making the SFL-CDD15 have no threshold in on-site application and improving application adaptability.

Linde, as a top global forklift manufacturer, focuses on the design and manufacturing of various forklift models, and the use of Linde vehicle bodies brings higher quality assurance to the whole vehicle. The vehicle body is highly integrated, with modular electrical design, and the vehicle wiring and structure have been greatly simplified, which is convenient for functional expansion and maintenance.

The SFL-CDD15 provides flexible customization services, accurately matching customer scene needs, and the vehicle body shape provides LOGO, fork customization, fork height customization of 2344mm, 2924mm, 3244mm, fork width customization of 555mm, 600mm, 680mm; the internal software level also supports selection according to actual needs, and the advanced functions supported by the SRC controller are all available for optional configuration.

Focusing on narrow aisle scenarios to improve space utilization

When carrying out goods handling operations in narrow warehouse channels, if the forklift is too large, it is difficult to operate flexibly, which not only increases the difficulty and risk of the operation but also limits the space utilization rate of the warehouse.

The SFL-CDD15 focuses on the customer needs of narrow aisle scenarios and can easily handle and transport goods in narrow channels stably. The body is slender, with a width of 1128mm, which can easily enter the elevator, and the minimum turning radius is 1329mm, which can flexibly walk and turn in narrow channels.

SFL-CDD15 turning, minimum turning radius 1329mm

The slender body design of the SFL-CDD15 not only improves the flexibility of the site but also reduces the area occupied by the channel, saving more space and effectively improving the space utilization rate of the warehouse, allowing customers to store more goods in limited space.

AI adaptive, solving the problem of load recognition

In factories, not only are the types and colors of loads diverse, but the environment in which the loads are located is also very complex. When the forklift is accurately recognized, it will face many problems: the load is easily affected by lighting changes, cloudy foggy weather factors; the shape of the load is easily affected by different degrees of damage or other foreign packaging, etc.

Under the above possible influencing factors, how can we ensure that the forklift can accurately recognize and fork the load?

SEER Robotics has integrated AI algorithms into the intelligent forklift system, which does not require manual input of load information by people. The forklift automatically inputs related information through a 3D depth camera, and then through AI learning analysis and decision-making, it recognizes the spatial posture of the load and intelligently plans the fork path.

Human-computer interaction scenarios, safety and efficiency coexist

Although the SFL-CDD15 as an intelligent forklift does not require manual participation, most factories are not fully intelligent, and there is still a large amount of manual work in the forklift application scenario.

In a large number of human-machine mixed scenarios, the SFL-CDD15 has achieved all-round safety protection from the aspects of safety accessories and scheduling software.

The SFL-CDD15 is equipped with a 3D obstacle avoidance camera that can sense the surrounding environment in real-time, scan items within a distance of 0.2~5m, and achieve depth data measurement of objects within this range, intelligently recognize obstacles, production equipment, and staff, and automatically avoid obstacles to ensure overall safety.

The unified resource scheduling system RDS uses the global multi-vehicle joint scheduling (G-MAPF) algorithm. In the face of arbitrary topological structures and scenes with arbitrary human interference, it carries out multi-robot path search and traffic control through dynamic global collaborative planning, which can effectively avoid congestion, timely prevent and resolve deadlocks, and ensure safety while optimizing the overall operational efficiency.

Ultra-long endurance + fast battery replacement, say goodbye to power anxiety

As an important logistics tool in the factory, the battery endurance of the forklift directly affects the overall work efficiency. The SFL-CDD15 has solved the power anxiety problem faced by customers with its excellent endurance performance and fast battery replacement design.

No matter in the dense warehouse shelf area or in the continuous operation production line side, the SFL-CDD15 can work continuously for 10 hours in a full power state, and the extendable charging head can automatically charge when the power is low; and it supports 3 minutes of fast replacement of new batteries. Even in high-intensity and long-term work, the SFL-CDD15 can quickly return to a full power state, ensuring the continuity and high efficiency of the work.