- INDUSTRIAL & PEB
- HEALTH CARE & HOSPITALS
- EDUCATIONAL BUILDINGS
- WAREHOUSE CONSTRUCTION
- COMMERCIAL & ADMIN BUILDINGS
- COMMUNICATIONS NETWORKS
- POWER NETWORKS
- ROAD CONSTRUCTION
- EARTHWORK CONSTRUCTION
- WATER NETWORKS
- LANDSCAPING & HARDSCAPING
- STRUCTURAL STEEL DESIGN & ENGINEERING
- STEEL ERECTION
- FLOORING
- FLOORING APPLICATION
- JOINTED AND JOINTLESS SYSTEM
- EPOXY FLOOR COATING
- LASER SCREED TECHNOLOGY
- INTERNAL CONCRETE FLOORING
- ABOUT STEEL FIBER
- STEEL FIBER ADVANTAGES
- GLUED STEEL FIBER
- LOOSE STEEL FIBER
- PREPARATION AND USES
- ELECTRICAL SYSTEMS
- PLUMBING
- HVAC
- LOW CURRENT
- FIRE SAFETY & FIRE FIGHTING SYSTEMS
- FIREPROOFING OF STEEL STRUCTURE
- POLYUREA COATING SYSTEMS
- PVC MEMBRANE
- PETUMINE MEMBRANE
- POLYURETHANE PU MEMBRANE
- CEMENTITIOUS
- EPDM MEMBRANE
- POLYURETHANE FOAM
LASER SCREED
TECHNOLOGY
Laser Screed technology combines automated concrete leveling with a laser-controlled reference system to improve floor flatness, consistency and placement efficiency. RAM ARBIA integrates the technology into industrial concrete flooring where large floor areas, precise levels and controlled execution are critical.
Control the level.
Improve the floor.
Traditional screeding relies heavily on manual references and local level control. Laser Screed technology introduces a continuously controlled elevation reference while concrete is being spread and leveled.
RAM ARBIA uses this technology as part of a coordinated flooring process that combines concrete placement, level control, screeding, finishing and quality verification across large industrial floor areas.
More than a machine.
A controlled placement system.
Laser Screed performance comes from combining digital level control with mechanical concrete distribution and screeding. This improves consistency across larger working areas.
Laser reference control supports accurate floor elevation during screeding.
Consistent mechanical leveling helps support demanding floor tolerances.
Large working widths support efficient concrete floor placement.
Automated control reduces variation across large floor areas.
Technology supports wider placement areas and coordinated large-panel floors.
Improved level control supports smoother movement of equipment and vehicles.
A reference level
across the entire floor.
The system uses a laser reference to establish the required floor elevation. Receivers on the screeding equipment respond to that reference while the screed head distributes, levels and consolidates the concrete surface.
Concrete placement
through one controlled sequence.
Laser Screed does not replace the entire flooring process. It becomes part of a coordinated sequence linking concrete supply, distribution, leveling and subsequent finishing operations.
Concrete is supplied and positioned within the active placement area.
Concrete is distributed ahead of the screeding operation.
Receivers track the established elevation reference.
The screed head levels the concrete across the placement area.
Finishing activities follow according to the required floor specification.
Finished floor levels and surface condition are reviewed.
Precision across
large floor areas.
Consistent elevation control becomes increasingly important as floor areas grow and operational tolerances become more demanding. Laser-guided screeding helps maintain a controlled reference across the active pour.
Cover more floor
with greater control.
Mechanical concrete distribution and automated level control allow larger areas to be screeded efficiently while maintaining consistent execution across the working zone.
Technology that supports
advanced floor systems.
Laser Screed technology can form part of larger industrial flooring strategies including large-panel floors and steel-fiber reinforced concrete systems. The machine controls placement; the final floor system remains dependent on structural design, concrete specification, joints and project requirements.
Built for large
operational floors.
Laser-controlled screeding is especially useful where large concrete floor areas require efficient placement, consistent levels and demanding operational performance.
Warehouses
Logistics Centers
Manufacturing Facilities
Industrial Buildings
Large Parking Structures
Heavy-Duty Concrete Floors
Technology still requires
disciplined execution.
Laser Screed improves level control, but final floor quality still depends on concrete quality, site preparation, placement sequence, finishing, curing and verification.
From floor specification
to controlled placement.
Laser Screed technology performs best when integrated into the complete concrete flooring process rather than treated as an isolated piece of equipment.
Assess
Review floor use, levels and project requirements.
Plan
Coordinate pour sequence, access and working areas.
Reference
Establish and verify the laser control level.
Screed
Distribute and level concrete using controlled equipment.
Finish
Complete finishing and curing activities.
Verify
Review completed floor levels and surface quality.
Precision throughout
the entire pour.
Successful Laser Screed flooring combines technology with correct concrete, preparation, logistics and finishing control.