R-Laser Laser Projector for Robotic Vertical Warehouses

In the context of advanced industrial automation, precision component positioning is a key factor in ensuring efficiency, safety, and operational continuity.

The R-Laser laser projector integrated into robotic vertical warehouses was created with a clear objective:

guide the correct positioning of mechanical parts to make the robot's grip precise, stable and safe.

The Problem

In robotic vertical warehouses, the picking phase requires extremely precise positioning of the mechanical parts.

Even minimal deviations from the nominal position can generate operational criticalities:

• Misalignments that compromise the robot's grip

• Picking errors resulting in scrap or rework

• Automatic cycle slowdowns

• Increased risk of collisions

In a fully automated system, precision is not an added value: it is a necessary condition to ensure production continuity.

The R-Laser Solution

The R-Laser laser projector introduces a structured visual reference directly onto the work surface of the vertical warehouse.

By projecting shapes, contours or positioning markers, the system:

• Clearly identify the exact drop-off or pick-up area

• Guides the correct positioning of the component

• Ensures repeatability and consistency over time

• Integrates with PLCs, warehouse management systems and robotic logic

Laser projection is not a simple visual aid, but a process control tool that reduces operational uncertainty.

Operational Benefits

The integration of the laser projector allows you to obtain:

• Greater precision in robotic grasping

• Reduction of positioning errors

• Improving operational safety

• Cycle time optimization

• Greater overall reliability of the automatic system

Technology to support automation

The R-Laser system is designed for high productivity industrial environments and can adapt to:

• Different working heights

• Variable layouts

• Automatic vertical warehouses

• Robotic handling systems

Light thus becomes a constant technical reference, capable of guiding the production process with millimetric precision and contributing to the stability of the entire system.