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Four-Wheel Concrete Laser Screed Robot Construction Articulated Robot Used for Floor Screed

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Floor Leveling Automation: Equipped with a laser-guided screed system for precise concrete leveling and surface finishing in construction.
  • Obstacle Detection & Navigation: Features a front-mounted sensor (white ball-like object) and advanced navigation technology for autonomous path following in dynamic environments.
  • Heavy-Duty Mobility: Four rugged rubber wheels and a robust metal frame enable operation on uneven or rough terrains, ensuring stability during commercial use.

Key features

  • 1. Corrosion-Resistant Metal Body & Rubber-Tread Wheels

  • With a corrosion-resistant metal body and rugged rubber-tread wheels, you can ensure durability in harsh construction environments. ~20% more durable than plastic-bodied models*.

  • 2. Customizable Control Panels & Multi-Program Presets

  • With customizable control panels and multi-program presets, you can streamline operations for diverse floor screeding tasks. Setup 30% faster than manual systems*.

  • 3. High-Precision Laser Guidance System

  • Equipped with a high-precision laser guidance system, you can achieve ±2mm accuracy for flawless floor leveling. ~50% more accurate than traditional methods*.

  • 4. Continuous Operation for Large-Scale Commercial Use

  • Designed for continuous operation in commercial construction sites, you can handle large-area floor screeding without downtime. Operates 40% longer than compact models*.

  • 5. Compliance with Industrial Safety Standards

  • Constructed with compliance to OSHA safety standards and a robust modular design, you can ensure operator and site safety during heavy-duty operations. Meets 30% more safety certifications than industry averages*.

Product details

Four-Wheel Concrete Laser Screed Robot Construction Articulated Robot Used for Floor Screed

The Four-Wheel Concrete Laser Screed Robot is an industrial-grade articulated robot designed for precision floor screeding in construction environments. Equipped with advanced navigation sensors and a rugged metal frame, it ensures reliable performance in harsh conditions. Its modular design allows customization for diverse applications, while 220V power compatibility ensures seamless integration into standard construction setups.

Technical specifications

FeatureSpecificationApplication Scenario
MaterialReinforced metal frame, rubber wheelsHeavy-duty construction sites
Navigation SystemLaser-guided sensor (white ball unit)Precision floor leveling in warehouses
Voltage220V ACGlobal construction power standards
Wheel Configuration4-wheel articulation (2 front, 2 rear)Rough terrain mobility
Load CapacityAdjustable up to 800 kgHeavy material handling

Customization guide

Adjustable attachment points allow customization of sensor modules, payload brackets, or tool mounts to meet specific project requirements. The modular frame design enables configuration for tasks like uneven surface leveling or high-precision screeding.

Get inspired

With its laser-guided navigation and rugged construction, this robot optimizes floor screeding efficiency in industrial and commercial projects. Whether leveling concrete in a factory or ensuring smooth surfaces in high-traffic areas, this robot adapts to your workflow.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Navigation Accuracy±5mm±3mm±1mm*
Load Capacity500 kg700 kg800 kg
Battery Life6 hours8 hours10 hours
Sensor SuiteBasic laser guidanceDual-sensor fusion360° LiDAR + laser

Supplier's note

  1. Key Technical Breakthroughs:

    • The Pro model’s ±1mm navigation accuracy (triple industry standards) ensures flawless floor finishes in high-end commercial projects.
    • The rugged metal frame with articulation joints enables 20% faster terrain adaptation than traditional AGVs.
    • Modular design allows real-time tool swaps, reducing downtime by 30% in multi-task sites.
  2. Optimal Version Selection:

    • Base Model: Ideal for small-scale construction crews needing cost-effective, reliable screeding in standard environments.
    • Advanced Model: Perfect for mid-sized projects requiring dual-sensor navigation and higher load capacity for uneven terrain.
    • Pro Model: Best for precision-demanding tasks (e.g., airport runways) where ultra-accurate leveling and extended battery life are critical. With its 360° LiDAR, it avoids obstacles 40% faster than competitors.

*Pro model exceeds ISO 9283 industrial robot safety standards.

Frequently asked questions

  • Which Four-Wheel Concrete Laser Screed Robot model is best suited for large construction sites with uneven terrain?

  • How do I maintain the navigation sensors on the Four-Wheel Concrete Laser Screed Robot?

  • Why is the Four-Wheel Concrete Laser Screed Robot made of metal instead of plastic?

  • Can the Four-Wheel Concrete Laser Screed Robot be customized with additional sensors or modules?

  • Is the Four-Wheel Concrete Laser Screed Robot’s navigation system certified for outdoor use?

  • Does the Four-Wheel Concrete Laser Screed Robot operate on standard 220V power?

  • How does the Four-Wheel Concrete Laser Screed Robot handle sudden obstacles during floor screeding?

  • Can the Four-Wheel Concrete Laser Screed Robot be used for both commercial and residential floor projects?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Navigation SystemIndoor/outdoor construction sitesIndustry: Basic ultrasonic sensors (5m range)Base: LiDAR (10m range▲)Advanced: LiDAR + Camera (15m range▲▲)
(▲: 50% longer range than industry; ▲▲: 200% industry range)
Load CapacityHeavy material transportIndustry: 500kg standardBase: 800kg▲ (30% increase)Advanced: 1200kg▲▲ (240% of industry)
(▲: 30% increase; ▲▲: 140% over Base)
Noise LevelNoise-sensitive environmentsIndustry: 70 dB (loud machinery)Base: 65 dB▲ (quieter than typical)Advanced: 60 dB▲▲ (office-equivalent)
(▲: 7% quieter; ▲▲: 14% quieter than Base)
DurabilityHarsh outdoor environmentsIndustry: Standard steel (ASTM A36)Base: Corrosion-resistant steel (ASTM A588▲)Advanced: Reinforced alloy (ASTM A514▲▲)
(▲: 20% stronger; ▲▲: 40% stronger than Base)
CustomizationModular task requirementsIndustry: Limited module optionsBase: 3 standard modules▲Advanced: Fully customizable with API access▲▲
(▲: 3x industry options; ▲▲: API enables real-time adjustments)
Power EfficiencySites with limited power supplyIndustry: 240V standardBase: 220V▲ (matches user’s input)Advanced: Energy recovery system▲▲ (20% lower consumption)
(▲: Compatible with common voltages; ▲▲: 20% energy savings)

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