Industrial-grade Laser SLAM smart forklifts engineered for safety, speed, and heavy-payload navigation accuracy.
Modern manufacturing and distribution models are undergoing a massive transformation. Rigid, legacy automated guided vehicles (AGVs) dependent on magnetic tape or physical wire pathways are rapidly being phased out. Today's global industry demands agile, highly adaptable, and autonomous hardware capable of responding to volatile production dynamics in real time.
By integrating advanced Laser SLAM (Simultaneous Localization and Mapping) technology, next-generation smart forklifts operate dynamically without structural modifications to facilities. This shift eliminates implementation downtime and allows enterprises in heavy industries, cold-chain logistics, and food-grade supply chains to deploy autonomous mobile platforms within existing infrastructures. As global labor shortages push intralogistics systems to their limit, these advanced configurations optimize operational costs while keeping throughput rates high.
Chinese AGV manufacturers and supply chain engineers have pioneered this scale evolution. By leveraging integrated local component ecosystems, high-density battery developments, and rapid AI software iterations, suppliers from China deliver enterprise-grade performance coupled with rapid ROI.
Building resilient, software-hardware unified supply chain control towers for maximum resource optimization.
Benefiting farmers and bringing welfare to consumers. We focus on enhancing operational efficiencies across critical food supply chains, ensuring premium produce reaches the public securely and sustainably.
Leading the technological upgrade of the supply chain and achieving extraordinary value for transformers through automated, digitized, and system-level software matrices.
Serving as the leading Alliance of Developers of New Quality Supply Chain Technology. We integrate hardware automation with predictive planning software for real-time logistics clarity.
Taking actual business needs as our cornerstone, SCP (Supply Chain Planning) is committed to comprehensively innovating and enhancing the overall supply chain architecture of enterprises. We provide end-to-end solutions, building a multi-role, multi-dimensional intelligent supply chain collaboration system that achieves all-round, efficient process optimization. Currently, SCP has established a complete product architecture supported by software and hardware, and supplemented by the top-level design of the supply chain control tower to build agile, flexible, and efficient operations.
Why enterprises choose our integrated AGV hardware and end-to-end SCP supply chain platforms.
As a subsidiary of New Hope Group, we possess an established market reputation and deep project execution capacity, combined with a comprehensive understanding of multiple complex consumer industries.
Incubated specifically to address digital supply chain logistics demands from within the New Hope industrial ecosystem, we bring direct experience in configuring systems for complex, real-world operational scenarios.
We possess in-house development and hardware-software integration capabilities across procurement, sales, and logistics channels, allowing us to adapt systems to our clients' exact specifications.
Alongside hardware integration, we deliver key consulting services covering warehouse workflow optimizations, throughput auditing, and system assessment weights to ensure a rapid path to digitalization.
A professional commercial project delivery team handles every deployment. We guarantee fast, reliable on-site mapping, calibration, and software orchestration tailored to your dynamic site parameters.
How we build adaptability, safety, and scalable fleet coordination into our intelligent hardware platforms.
Moving beyond simple 2D LiDAR to multi-sensor fusion. By pairing advanced Laser SLAM with 3D depth cameras and obstacle-recognition AI, our forklifts detect ground hazards, overhanging objects, and variable pallet conditions.
Real-time synchronization of hundreds of robotic agents. Using ultra-low latency wireless configurations, our fleet management software optimizes pathfinding dynamic rerouting, minimizing congestion in narrow aisles.
Integrating IoT diagnostic telemetry. Our control software constantly analyzes drivetrain friction, battery performance, and lift sensor metrics to flag preventative maintenance before a hardware fault occurs.
Our core mission is to provide comprehensive solutions for the food supply chain, backed by robust research and development in intelligent software-hardware integration.
Leveraging the Internet of Things (IoT), AI, machine learning, and robotic devices, we deploy system-level matrices designed to optimize procurement, sales, and transport lanes. In temperature-controlled warehouses, our food-grade AGV forklifts automate pallet routing without human intervention, maintaining cold chain integrity and compliance.
By linking hardware movements with the SCP software tower, companies gain absolute visibility over inventory placement, raw materials routing, and finished product dispatches.
Balancing high-density logistics with sustainable, resource-efficient technologies.
SCP continues to increase its investment to optimize the product architecture supported by software and hardware, building a solid foundation for the sustainable development of enterprises and the industry with leading technologies.
Relying on the rich industrial resources of Caogenziben, SCP creates solutions suitable for food consumption and cold-chain logistics, and works with overseas partners to expand international markets.
Integrating sustainability into our strategic operations, we focus on promoting green, intelligent, and efficient supply chains that minimize carbon footprints and resource waste.
Meeting international quality and industrial safety metrics for autonomous operations.
Technical answers to common questions about deploying smart forklifts and robotic supply chain systems.
Explore our industrial configurations designed for heavy-duty manufacturing and automated transport.