Moving molds is a regular part of work in a mold factory. Although the journey may be short, each pickup requires careful alignment, and repeated transport tasks take up operators' time throughout the day.
In this application, a REEMAN autonomous forklift handles the pickup and transfer process, helping reduce manual involvement in routine material movement.
Precise Alignment for Fork Insertion
Mold racks and tooling require the forks to line up correctly with the pickup position. The forklift identifies the target, aligns its forks with the entry points and inserts them to pick up the load before transporting it to the designated location.
This precise positioning is particularly useful when the available fork entry space is limited. It allows the robot to handle a task that would otherwise require an operator to approach and align the forks manually.
Fewer Repetitive Trips for Operators
Transporting molds between storage and production areas can involve many trips during a shift. Assigning these movements to an autonomous forklift helps reduce the labor required for routine handling and frees employees to focus on production, setup and other work.
For factories looking to manage labor costs, these frequent, repeatable tasks offer a practical place to start with automation.
Supporting Safer Material Movement
Mold handling also needs care because loads can be heavy and work areas may be shared with people and equipment. Automated transport can reduce the need for employees to remain close to moving loads, while obstacle detection helps the forklift respond to objects in its path.
With suitable routes, loading procedures and site safety measures, autonomous handling can help reduce risks associated with repeated manual transport and operator error.
This application shows how REEMAN autonomous forklifts can support everyday mold factory operations-from accurate fork insertion to automatic delivery-while reducing manual workload.