Driving unprecedented automation efficiency across logistics, distribution, and manufacturing supply chains through AI & Laser SLAM.
High-capacity laser guided forklifts and mobile robot platforms engineered for flexible industrial workflows.
In the modern era of logistics, automated guided vehicles (AGVs) are undergoing a monumental paradigm shift. No longer restricted to magnetic tapes or optical guidepaths, today's AI-driven AGVs utilize advanced spatial sensing and dynamic decision-making to adapt to changing floor plans in real-time. Global manufacturers require high autonomy, speed, and safety standard compliance (ISO 3691-4).
By integrating Artificial Intelligence (AI) with Laser SLAM (Simultaneous Localization and Mapping) navigation, these systems can map a location on their first run, identify dynamic obstacles (such as human operators or manual pallet trucks), and plan alternative paths autonomously. This degree of flexibility reduces operational downtime in fast-paced distribution warehouses and high-precision manufacturing centers.
Laser SLAM technology utilizes LiDAR sensors to emit lasers and capture environmental points, building a 2D/3D map of the environment. The AI module processes these visual cues to distinguish static infrastructure (like warehouse racking) from transient assets (like shipping boxes or workers), ensuring high-reliability safety margins down to ±5mm.
Managing fifty to a hundred AGVs simultaneously requires an intelligent centralized dispatcher. Advanced fleet management platforms connect to your WMS (Warehouse Management System) and WCS (Warehouse Control System) using IoT architectures. This provides path planning, traffic control, and battery monitoring automatically.
Real estate is expensive, pushing modern warehouses to minimize aisle widths. Standard forklifts struggle in these environments. Products such as the SFL-CDD15 and SFL-CDD14-H are engineered for narrow road operations, utilizing zero-turn capabilities and slim chassis profiles to maneuver easily in tight storage grids.
Why sourcing AGVs from leading Chinese manufacturing plants offers optimal return on investment, design customization, and reliable global delivery.
Operating directly from high-volume industrial hubs in China, our factories leverage established local components ecosystems. We integrate key materials—including LiDAR arrays, drive assemblies, and specialized lithium battery packs—to reduce structural lead times compared to Western assembly shops.
This scale allows us to offer custom design variations. Whether your business requires specialized attachment clamps, high lifting heights for tall racking, or cold-chain insulation, our engineers can tailor the mechanical chassis and software layers to fit your exact specifications.
We continually invest in our software stack and hardware components to maintain stable positioning and fleet navigation. Our systems interface with procurement, sales, and supply databases, offering end-to-end data integration for modern supply chains.
Every laser-guided forklift undergoes simulation stress testing before export. This includes gradeability verification, static braking checks, localized laser calibration, and load testing under extreme capacities (such as the 3T rating of the SFL-CBD30).
Adapting smart robotics to actual business scenarios, from cold chain logistics to agricultural processing plants.
Relying on the industrial resources of the New Hope Group, SCP provides supply chain technology solutions designed for food manufacturing and cold chain distribution. By automating key logistics nodes, we reduce product contact, improve sanitization standards, and speed up overall order turnaround.
Our core mission is focused on benefiting farmers and bringing welfare to consumers. We design technology to make agricultural supply chains more agile, flexible, and sustainable.
Cold storage is demanding on standard electronics. Our custom AGVs are equipped with internal heating elements, low-temperature batteries, and IP-rated electronics. This keeps them running smoothly in temperatures as low as -25°C without condensation failure.
Our global commercial project teams manage initial facility audits, floor mapping, system testing, and staff training. This hands-on implementation process helps ensure smooth integration with your existing warehouse systems.
We build our smart forklifts with energy recovery systems that charge the battery during braking and deceleration. Using smart dispatch software to reduce empty travel runs also helps lower energy consumption across your facility.
Combining industry experience, hardware integration, and consulting to guide your business's logistics transformation.
Backed by the resources and reputation of the New Hope Group, we have built a deep understanding of manufacturing and distribution across multiple industries.
We developed our platform based on real-world digital needs within our parent system's business units. This history helps us understand the day-to-day challenges of warehouse operators.
We design and integrate our procurement, sales, and supply software in-house. This makes it easier to customize system interfaces for your company's existing IT setup.
We provide light consulting services alongside our deployment projects, including process mapping, KPI design, and workflow analysis to help maximize your automation ROI.
Sustainable operations require durable hardware and modular software that can grow with your business. By structuring our fleet manager on web-standard APIs, we make it easy to deploy additional AGVs as your inventory levels scale.
We also cooperate with international technology partners, integrating globally recognized safety systems, drive motors, and lithium cell designs. This global approach helps make our AGVs easy to maintain and support, wherever your facilities are located.
Manufactured to meet international performance and safety standards, verifying reliability in demanding environments.
We focus on supplying comprehensive solutions for agricultural and food supply chains, developing hardware and software that complement each other. By using IoT architecture, AI models, machine learning, and automated material handling, we help improve efficiency throughout the procurement, inventory, and shipping stages.
Connecting AGV telemetry directly to the central supply chain platform provides operations managers with real-time insight into material movement, battery health, and system efficiency. This automated data flow reduces paperwork and limits human error on the warehouse floor.
Technical guidance and answers for procurement managers and system integrators designing AGV layouts.
Our Laser SLAM navigation systems use real-time LiDAR scans matched against a baseline environmental map. When paths are blocked by temporary obstacles (such as pallets or staff), the vehicle's onboard path-planning algorithms calculate alternative routes on the fly, avoiding collisions without needing operator assistance.
Models like the SFL-CDD15 and SFL-CDD14-H are built with compact body widths and zero-turn radius designs. They can turn and stack pallets in aisles as narrow as 1.6 meters, depending on your load size and overall weight requirements.
Yes. Our fleet management software uses standard API interfaces (including WebSockets, REST, and Modbus TCP) to connect with popular WMS and ERP systems, helping ensure your inventory records stay synchronized with physical material movement.
Our robot platforms (such as the AMB-CSW10-BH) use high-capacity lithium iron phosphate (LFP) batteries that run for over 8 hours on a single charge. The software can automatically send vehicles to charging docks during idle periods to maintain operation throughout the day.
We offer mechanical and software modifications, including custom lifting masts, specialized load attachments, modified software protocols, and specialized chassis components for cold storage or cleanroom environments.
Heavy-duty handling solutions and specialized automated systems designed for high-capacity workflows.
SCP
