ULTRA FLAT FLOOR
SEMI-AUTOMATED 3D SYSTEM FOR HIGH-PRECISION CORRECTION OF VNA WAREHOUSE AISLES
The new Laser Grinder 3D represents the most advanced evolution in high-precision industrial floor correction and certification technology.
Designed to meet the demands of modern logistics and industrial automation, the Laser Grinder 3D integrates an innovative 3D digital control system based on Robotic Total Station technology, transforming the machine into a truly intelligent engineering platform.
This system is specifically designed for applications such as:
• Very Narrow Aisle (VNA) warehouses;
• High-bay racking installations;
• Automated logistics systems (AGV / AMR);
• AutoStore® and robotic warehouse systems;
• Upgrading floors from FM3 standards to VDMA Guidelines, TR34 and DIN requirements;
• Precision floor correction prior to racking installation.
The Laser Grinder 3D enables contractors and logistics operators to achieve compliance with internationally recognized standards, including:
2 GRINDING MODES
1 MACHINE / 2 APPLICATIONS
The LASER GRINDER 3D is equipped with two easily interchangeable tool heads
DRIVE UNIT
Drive module compatible with both the Planetary Grinding Head and the Scarifying Milling Head.
MILLING HEAD
Rapid material removal to achieve a laser-calibrated surface in a a pass.
PLANETARY HEAD
Designed to achieve a smooth floor finish and remove the milling marks left by the scarifying head.
Maximum Flexibility:
The Laser Grinder 3D is equipped with two easily interchangeable tool heads, designed to optimize every stage of the floor correction process.
The operation begins with the scarifying milling head, which uses the 3D laser control system to accurately correct the floor surface and achieve the required profile by selectively removing material from out-of-tolerance areas.
The process is then completed using the planetary grinding head, dedicated to floor finishing. This stage removes the minor surface irregularities left by the milling process, improving floor uniformity, surface quality, and overall finish.
