Explore our high-performance, precision-guided Laser SLAM smart forklifts engineered for maximum throughput and seamless material handling.
Analyzing the evolution of Automated Guided Vehicles (AGV) and Autonomous Mobile Robots (AMR).
Traditional manufacturing environments rely heavily on rigid material transfer lines. However, today’s smart factories demand agile, dynamic path routing. Autonomous Mobile Robots (AMRs) integrated with advanced Laser SLAM (Simultaneous Localization and Mapping) tech are redefining physical asset allocation.
Unlike old-school AGVs that required floor embedded magnetic tapes, reflectors, or physical wires, contemporary Laser SLAM forklifts map environments in real-time. This eliminates costly facility shutdowns during layout adjustments and offers rapid route flexibility.
Optimizing throughput and deployment agility across global supply chain architectures.
Product Architecture of SCP: Taking actual business needs as our cornerstone, SCP is committed to comprehensively innovating and enhancing the overall supply chain planning of modern enterprises. We provide comprehensive, end-to-end supply chain solutions, build multi-role and multi-dimensional intelligent supply chain collaboration systems, and achieve all-round efficient collaboration and process optimization.
Currently, SCP has established a robust product architecture supported by integrated software and hardware, supplemented by the top-level design of our supply chain control tower. This allows us to create agile, flexible, and efficient end-to-end supply chain systems for enterprises operating worldwide.
Driven by purpose, innovation, and long-term societal value.
Benefiting farmers and bringing welfare to consumers by optimizing the baseline logistics mechanisms that move food and resources globally.
Leading the technological upgrade of the supply chain and achieving extraordinary value for transformers of industry logistics.
An elite Alliance of Developers of New Quality Supply Chain Technology, providing the hardware chassis and orchestration software that drives industry forward.
A multi-disciplinary approach to supply chain digital transformation and heavy industry automation.
As a key subsidiary of the New Hope Group, we possess deep market reputation and execution ability. Our teams hold an in-depth understanding of logistics challenges across food, agriculture, and smart manufacturing.
We were incubated based on actual digital needs within the New Hope system. Having designed for real, demanding operational environments, we offer high-compatibility systems built for practical frontline operations.
We possess complete software-hardware integration capabilities, developing in-house WMS, WCS, and Fleet Management Systems. This enables us to customize features according to exact customer constraints.
We offer light consulting services alongside physical hardware installation. This covers process optimization, warehouse layout planning, and structural design to maximize your internal transport throughput.
Our dedicated project delivery teams act rapidly to deploy, test, and commission fleets. We ensure fast, standardized execution with zero disruption to active production lines.
Aligning capital expenditure with robust, safety-compliant mobile robotics platforms.
Global procurement offices evaluating automated guided vehicles and autonomous mobile robots look beyond unit pricing. Real TCO (Total Cost of Ownership) is calculated through component lifespan, battery cycle efficiency, regional safety compliance, and fleet control system compatibility.
SCP specializes in deploying integrated hardware matrices to address extreme environments. In cold chain warehouses, where condensation and sub-zero temperatures disrupt standard electronics, our customized thermal management systems ensure AGV battery packs and optical sensors remain fully operational down to -25°C.
By leveraging IoT AI arrays and machine learning algorithms, we coordinate fleet patterns to reduce congestion at bottleneck nodes, achieving up to a 35% improvement in dock-to-stock throughput.
Pioneering green logistics, sustainable R&D, and low-emission production environments.
SCP continues to increase capital investment to optimize our integrated software-hardware product architectures. By strengthening our self-development capabilities across procurement, sales, and distribution, we improve the efficiency of industrial mobile chassis.
We actively explore cutting-edge developments, including solid-state LiDARs and edge-computing sensor fusion, to drive lower power draw per ton-kilometer transported, keeping our customers ahead of energy audits.
Relying on the industrial resources and extensive footprint of Caogenziben, SCP designs solutions tailored to high-density cold chain logistics and food consumption chains. Standardized asset management and cold supply optimization help drastically reduce food wastage in transit.
Furthermore, we work closely with international safety verification bodies to expand our technology ecosystem, exporting clean, automated handling systems globally.
Aligned with our vision of "Leading the technological upgrade of the supply chain and achieving extraordinary value for transformers," we weave sustainable practices directly into our corporate roadmap.
We build our mobile platforms with recyclable alloys and low-friction powertrains, ensuring that as your fleet scales up, your factory's environmental footprint remains controlled and compliant with regional carbon targets.
Our fleet systems hold comprehensive certifications, ensuring seamless deployment in strict industrial environments.
The next phase of autonomous mobile robotics: visual intelligence, fleet autonomy, and edge networking.
Transitioning fleets from single-plane safety scanning to comprehensive 3D spatial intelligence. Robots can identify suspended obstacles, irregular pallet form factors, and dynamic changes in environmental elevations, reducing positioning drift to < 5mm.
Refining our Fleet Management Software (FMS) to support native integration of third-party AMRs, automated cranes, and conveyor terminals. This allows factory operators to control and direct diverse robotic assets via a unified dashboard.
Offloading heavy pathfinding computation from individual chassis onto local edge cloud servers using low-latency 5G. This enables complex warehouse layout adjustments in real-time, matching dynamic delivery routes with millisecond responsiveness.
Addressing core integration, safety, and performance questions from global engineering teams.
Traditional magnetic guidance requires laying physical tracks (magnetic tape or wires) on the floor, making routing changes rigid and costly. Laser SLAM utilizes onboard LiDAR sensors to scan natural landmarks within the facility, constructing a digital map. This allows routing, parking nodes, and speed zones to be modified via software, without any physical site alterations.
Our fleets are equipped with certified safety-rated LiDAR sensors that maintain multiple safety zones (Warning, Deceleration, and Stop). If a pedestrian or obstacle enters these dynamically scaling zones, the vehicle automatically brakes. Additionally, onboard dual-camera systems recognize human profiles, and optical floor projectors warn nearby staff of the vehicle's travel vector.
Yes. Our proprietary SCP control tower features open API frameworks and RESTful interfaces designed to bridge data silos. We routinely integrate with major ERP platforms (like SAP or Oracle) and Warehouse Management Systems (WMS) to automate order dispatches and verify real-time inventory tracking.
Our mobile systems utilize high-capacity lithium iron phosphate (LiFePO4) packs. The Fleet Management System monitors each unit's state of charge (SoC). When a vehicle faces a lull in tasks or drops below a set threshold, it is automatically routed to a smart contact charging pad. A 15-minute opportunity charge can support up to 2 hours of active operation, ensuring uninterrupted, 24/7 warehouse cycles.
Thanks to our infrastructure-free Laser SLAM technology, typical deployments take between 2 to 4 weeks. This includes the initial CAD environment mapping, setting up virtual pathways within the software, integrating safety fields, and conducting dry runs. This clean setup ensures your normal operations experience minimal downtime.
Explore our advanced vehicle selection designed for heavy lifting, high stacking, and agile chassis integration.
Combining rugged physical engineering with deep supply chain coordination logic.
Installing high-quality AGV or AMR platforms is only half the battle. True warehouse efficiency depends on how well these units communicate with existing software layers. Our proprietary WCS (Warehouse Control System) serves as a smart translator between hardware and your host database systems.
By mapping routes based on real-time task priorities, our system dynamically updates vehicle destinations. This prevents common floor bottlenecks, coordinates battery charging schedules, and keeps material throughput running smoothly.
Our autonomous mobile platforms are engineered with high-strength structural steels and industrial-grade gearboxes. They easily handle payloads up to 3000kg, maintaining stable, continuous operation even in challenging factory conditions.
Equipped with active mechanical suspension and precision drive wheels, our units navigate floor gaps, door sills, and ramps smoothly, protecting sensitive cargoes and reducing structural wear over years of active service.
SCP
