Views: 0 Author: Site Editor Publish Time: 2025-10-20 Origin: Site
As the core motion control component for perception devices, the evolution of scanning platforms has been closely tied to advancing automation and intelligence needs. Early platforms were often used in security and basic civilian applications, focusing on simple rotation and area coverage, with their accuracy, load capacity, and environmental durability falling short of demanding industrial standards.
With the accelerated adoption of unmanned industrial machinery and 3D digitalization, particularly the deep integration of sensing technologies like LiDAR in sectors such as metallurgy, ports, and mining, the market demands specialized industrial scanning platforms that can withstand high temperatures, high dust levels, and deliver high-precision, repeatable positioning. This need drives technological advancement towards high-rigidity structures, servo control, integration of industrial communication protocols, and multi-axis coordination.
Leveraging years of technical expertise in unmanned industrial machinery systems, Wuhan Forwarding Technology Co., Ltd. has identified the critical integration of reliable perception and precise motion in complex environments. We have independently developed one-dimensional and two-dimensional scanning platforms specifically engineered for industrial LiDAR. Moving away from consumer-grade designs, our products adopt industrial-grade standards in material selection, drive technology, and communication architecture. This significantly enhances LiDAR scanning stability, data accuracy, and operational lifespan in heavy industrial settings, establishing these platforms as key infrastructure for 3D reconstruction, positioning, and automated operations in unmanned systems.
1D LiDAR Scanning Platform (Swing Axis)
Horizontal scanning, range ±90°.
Dedicated core control board (ARM-based Linux) + high-precision servo motor + harmonic drive, achieving an angular resolution of 0.0007°.
Full aluminum alloy structure, IP66 rating, 18kg load capacity, suitable for outdoor use.
Compatible with various LiDAR sensors; optional dust-proof enclosure.
2D LiDAR Scanning Platform (Rotation + Swing Axes)
Dual-axis coordinated control, rotation ±175°, swing ±90°.
Enhances point cloud density and modeling accuracy through fused dual-axis scanning.
Ideal for scenarios requiring high mounting points, wide scanning ranges, and high precision.
Supports EtherCAT communication with nanosecond-level synchronization for ultra-fast response.
Key Features
High Rigidity & Wide Operating Temperature (-40°C to 70°C): Built for harsh environments like power plants and steel mills.
Zero-Backlash Harmonic Drive & Absolute Encoder: Multi-turn memory retains position after power loss.
Industrial Ethernet Communication: Seamless compatibility with mainstream PLCs and control systems.
Modular Design: Interchangeable LiDAR sensors simplify maintenance.
Application Scenarios
3D inventory mapping and coil positioning in steel coil yards.
Automated control and modeling for bulk material stackers/reclaimers.
Unmanned systems for grabbing cranes and overhead cranes.
Vehicle identification, material contour scanning, and safety collision avoidance.
Laser Scanning 3D Modeling Technology
Laser scanning 3D modeling technology uses LiDAR sensors to perform high-speed, high-precision scans of objects or environments, capturing dense point cloud data to reconstruct detailed digital 3D models. It acts like "3D eyes" for industrial sites, enabling precise measurement and reality capture – a foundational capability for smart manufacturing and unmanned operations.
We deeply integrate this technology with our proprietary LiDAR-specific scanning platform to solve specific industry challenges:
Harsh Environment Adaptation: In complex settings like steel plants, power plants, and ports with heat, dust, and moisture, our technology features advanced point cloud filtering and repair capabilities, effectively removing noise to ensure modeling accuracy and stability.
Core Application Scenarios:
(1) Bulk Material 3D Inventory: Scans loose materials like coal and ore to generate volumetric models, automatically calculating inventory weight using density data, increasing inventory efficiency by over 95%.
(2) Steel Coil Identification & Positioning: Accurately identifies various steel coils (hot, bright, black), calculating dimensions, 3D coordinates, and orientation for unmanned crane handling.
(3) Scrap Metal Identification & Grabbing: Creates 3D models of irregular scrap piles, calculating optimal pickup points for electromagnetic grapples, enabling automated batching and grabbing.
(4) Vehicle & Saddle Identification: Automatically identifies transport vehicles and saddles, calculating precise 3D coordinates to assist positioning and loading operations.
(5) Intelligent Collision Avoidance & Safety: Defines virtual safety zones in 3D space via real-time scanning, preventing collisions between equipment and personnel.
Synergy: The Complete Perception Loop
Our company deeply integrates the LiDAR dedicated scanning platform with laser scanning 3D modeling technology to create the core perception and decision-making closed loop of industrial unmanned systems.
The Scanning Platform provides the high-precision motion base. Its precise control, industrial-grade protection (IP66, -40°C~70°C), and load capacity (18kg) ensure stable, comprehensive high-speed LiDAR scanning even in the most challenging environments like steel mills, ports, and power plants, delivering reliable hardware for 3D data acquisition.
The 3D Modeling Technology acts as the system's "intelligent brain". It processes the massive point cloud data from the platform using filtering/denoising, feature extraction, and intelligent recognition algorithms to reconstruct high-fidelity 3D digital models in real-time. This technology not only adapts to tough conditions like dust and heat but also enables critical functions including steel coil identification & positioning, automatic bulk volume inventory, optimal scrap grab point calculation, and vehicle & saddle positioning.
Working together, they empower applications from crane positioning and stacker/reclaimer control to conveyor automation, transforming traditional industrial machinery into intelligent agents with "eyes" and a "brain". This drives the revolutionary evolution of industrial production towards unmanned, visualizable, and intelligent operations.
