ENTERPRISE-GRADE WAREHOUSE INTELLECTUALIZATION

Best Wms Robotics Manufacturer & Factory

Empowering global distribution centers with intelligent laser SLAM autonomous forklifts, modular AMR robot chassis, and end-to-end WMS/WCS software integration.

PIONEERING WMS & WCS ARCHITECTURE

About Us - Product Architecture of SCP

Taking the actual business needs as the cornerstone, SCP is committed to comprehensively innovating and enhancing the overall supply chain planning of enterprises. We provide enterprises with comprehensive end-to-end supply chain solutions, build a multi-role and multi-dimensional intelligent supply chain collaboration system, and achieve all-round efficient collaboration and process optimization. At present, SCP has established a product architecture supported by software and hardware, and supplemented by the top-level design of the supply chain control tower to create an agile, flexible and efficient end-to-end supply chain system for enterprises.

Hardware Synergy

Deep integration with AGVs, laser SLAM forklifts, and automated scale stations to build continuous data feedback loops.

Software Control

Dynamic WMS routing, real-time inventory consolidation, and multi-robot scheduling algorithms designed for high throughput.

SCP Supply Chain Control Tower and Architecture Diagram

The Global Manufacturing Edge

China Factory Advantages for WMS Robotics & AGVs

Complete Industrial Supply Chain Integration

WMS robotics production requires diverse mechanical, electrical, and optical components. Located in the heart of Chinese industrial clusters, our factory benefits from instant access to top-tier local LiDAR manufacturers, precision gearbox foundries, and high-performance brushless motor producers. This reduces procurement lag and prototype development times dramatically.

Mass Customization & Dynamic OEM/ODM

Whether you require unique fork dimensions for customized plastic pallets, heavy-duty chassis structures handling up to 3 tons, or specialized cleanroom/cold-storage compatibility (-25°C), our advanced CNC metal fabrication departments and dedicated robotic software engineers execute custom hardware modifications fast, minimizing delivery bottlenecks.

Advanced Lithium-Ion & Energy Systems

By leveraging local top-tier lithium battery technology partners (such as CATL and BYD), our intelligent forklifts and mobile robot chassis achieve high energy density, safe rapid-charging cycles (10-minute charge for 4 hours of operation), and an extended battery longevity exceeding 8-10 years under continuous warehouse operations.

Guided by Purpose & Excellence

SCP Corporate Culture

Mission

Benefiting farmers and bringing welfare to consumers through the deep integration of technology and agricultural logistics infrastructure.

Vision

Leading the technological upgrade of the supply chain and achieving extraordinary value for transformers in global industry sectors.

Positioning

Alliance of Developers of New Quality Supply Chain Technology, providing cohesive integration models for global logistics players.

Logistics Technology Frontiers

Global WMS & AMR Development Trends

1. Fusion Navigation (Laser SLAM & Visual SLAM)

Traditional LiDAR systems rely on flat structural environments to build maps. Modern high-density warehouses with dynamically changing stock require robust visual SLAM sensors combined with 3D LiDAR. This enables robots to read height elevation, recognize obstacles like loose plastic wrapping, and navigate environments with minimal natural landmarks.

2. Heterogeneous Fleet Orchestration via WebSockets

Modern warehouse hubs deploy machinery from different manufacturers. A unified supply chain planning system utilizes standardization protocols like VDA 5050 to orchestrate smart forklifts, autonomous mobile chassis, and sorting conveyors seamlessly. Our self-developed fleet dispatcher integrates using cloud-native WebSockets to control up to 500 active units simultaneously.

3. AI-Driven Inventory Optimization (Dynamic Slotting)

The modern WMS is transitioning from a static database to a predictive neural network. By monitoring historic inbound schedules and outbound seasonal demand peaks, real-time AI algorithms instruct AMR systems to relocate fast-moving products closer to packing lanes during off-hours, significantly reducing pickup latency.

4. Advanced Human-Robot Collaboration (Cobots)

As robot collision sensors become more sophisticated, warehouses are eliminating physical protective cages. Modern laser-guided smart forklifts utilize advanced localized AI modules to anticipate human traffic pathways, adjusting travel velocity from 2m/s down to 0.2m/s smoothly, rather than executing sudden hard stops that may damage loads.

Why Enterprises Partner with Us

Our Capabilities & Core Engineering Strengths

Industry Accumulation

As a subsidiary of New Hope Group, we have built a solid market reputation and high execution ability. We possess an in-depth understanding of logistics challenges across diverse industries, from agricultural distribution to heavy electronics manufacturing.

Business Comprehension

We were incubated based on the digital automation needs of the business operations within the New Hope system. Having implemented many projects of similar scale, we understand real-world business scenarios, constraints, and dynamic payloads.

Self-developed System

We possess complete self-development and integration capabilities for various digital supply systems in procurement, sales, and warehouse supply. We tailor features easily to meet individual customer infrastructure requirements.

Consulting Ability

We provide light consulting services alongside systems deployment, covering essential logistics elements like process optimization, warehouse layout audits, and KPI assessment weights, to secure successful digital transformations.

Implementation and Delivery

Our professional on-site engineering team operates globally. We actively resolve personalized customer requirements and ensure fast, high-quality system integration, maintaining operational continuity during deployment phases.

500+
Global Robotic Deployments
99.9%
WCS Uptime Standard
< 15 Mins
Dynamic Mapping Setup
10 Years
Ecosystem Operations R&D

Targeted Robotics Solutions

Localized Application Scenarios

Cold Chain Food Distribution

Operate efficiently in cold storage down to -25°C. Features include anti-condensation chassis, low-temperature batteries, and specialized lubricant ratings preventing component seizing in frozen poultry and dairy hubs.

Heavy Assembly Line Feeding

Automating raw material delivery to precise production lines. Mobile robot chassis (such as AMB-CSW10-BH with 1T capacity) integrate with factory MES to deliver tooling and raw parts exactly when needed.

High-Density Narrow Aisle Logistics

Optimizing warehouses with narrow aisle spaces. Utilizing smart stack-height forklifts like SFL-CDD15, warehouses can stack loads up to 4.5 meters in lanes as narrow as 1.8 meters safely.

Eco-friendly & Future Proof

Sustainable Development Initiatives

Technology Research and Development Center

✨ Technology Research & Development

SCP continues to increase investment in software and hardware. We build a solid foundation with advanced software integration and top-level designs of supply chain control towers. We explore advanced industrial applications to ensure system longevity and software scalability.

Ecological Construction and Partner Network

🌿 Ecological Construction

Leveraging resources within Caogenziben, we address food and consumer supply chains. By empowering logistics automation and cold chain distribution systems, we build standardization across the industrial chain. We expand our global partner ecosystems to enhance international capabilities.

Long-Term Perspective and Carbon Footprint Reduction

💡 Long-term Development Perspective

Under the vision of "Leading the technological upgrade of the supply chain and achieving extraordinary value for transformers," we integrate sustainable development practices into daily manufacturing, striving to support green, low-carbon, and energy-efficient operations.

Unified Cold Chain Food Solutions

SCP focuses on providing comprehensive solutions for the food supply chain, as well as research and development of intelligent software and hardware products. Through automated, digitized, and systematic technology matrices backed by AI, IoT, and machine learning, we enhance the overall operational efficiency of supply chain procurement, sales, and warehousing.

SCP Food Supply Chain Solutions

Enterprise Buyer Checklist

Global Enterprise Sourcing Standards

International Safety & Certifications

Warehouse robots must comply with machinery safety guidelines (ISO 3691-4, EN 1525, CE and UL 3100 standards). Safety features including LiDAR fields, emergency buttons, and collision bumpers are mandatory.

OpenAPI Architecture & Software Integration

The factory must supply open APIs, RESTful endpoints, or gRPC interfaces to ensure compatibility with third-party software structures (SAP, Oracle WMS, Manhattan Associates, or native WCS systems).

Global Technical Support Infrastructure

Providing fast component delivery, remote diagnostic capabilities, and localized repair networks ensures minimal downtime in multi-shift high-throughput distribution hubs.

Enterprise Verification

Our Technical & Quality Certificates

Patent Certificate 1
Patent Certificate 2
Patent Certificate 3
Patent Certificate 4
Patent Certificate 5
System Certificate 6
System Certificate 7
System Certificate 8

Knowledge Base

Frequently Asked Questions About WMS Robotics

What is the difference between an AGV and a Laser SLAM AMR?
Automated Guided Vehicles (AGVs) rely on fixed physical tracks (magnetic tape, QR codes, inductive wires embedded in the warehouse floor). Autonomous Mobile Robots (AMRs) using Laser SLAM build internal maps of the warehouse dynamically. AMRs calculate alternative paths automatically when encountering obstacles, eliminating floor-trenching installation costs.
How do smart forklifts communicate with an existing WMS?
Smart forklifts interface with the WMS via a Warehouse Control System (WCS) middleware layer. Communication occurs through wireless Wi-Fi/5G networks. Tasks (e.g., fetch pallet at location A) are sent to the robot fleet manager via RESTful APIs, MQTT protocols, or database connections. The fleet dispatcher then assigns the target forklift based on distance and battery levels.
What payload capacities are supported by your mobile robot chassis?
Our modular AMB-CSW10-BH series chassis supports loads up to 1 ton (1000kg). Specialized customized chassis systems can be engineered to handle heavy payloads from 300kg to 3 tons, depending on project traction requirements.
Can these robots operate in freezing cold storage environments?
Yes, we manufacture specialized configurations for cold chain food distribution centers. These models include anti-condensation chassis heating elements, food-grade hydraulic oils, and specialized low-temperature lithium battery packs rated down to -25°C.
How long does a smart forklift battery last and what is the charging speed?
Our smart forklifts (e.g., SFL-CDD20-Y) feature high-density lithium-ion batteries that provide up to 10 hours of continuous runtime on a single charge. Supporting automated opportunity charging, the robot returns to the charging pad during idle breaks—achieving a 20% to 80% charge in approximately 30 minutes.
What safety features are integrated into these robotic platforms?
Safety is paramount under ISO 3691-4. All units are equipped with safety-certified 2D/3D LiDAR scanners, multi-level zone sensors, contact bumpers, acoustic alert systems, visual hazard light patterns, and emergency stop buttons.
How does the SCP supply chain control tower help our logistics?
The SCP control tower acts as an end-to-end supply chain planning system. It aggregates real-time data from procurement, sales channels, and physical warehouses, visualizing operational metrics to optimize inventory levels and balance robot dispatch priority.
How are mapping and configuration changes handled?
Our software allows layout adjustments without stopping production. Using our laser SLAM software, warehouse managers can mark restricted zones or virtual pathways via a simple interface, and update the entire fleet over-the-air (OTA).