Best Robotics And Autonomous Systems Manufacturer & Supplier

Pioneering Laser SLAM Navigation, Intelligent Chassis Engineering, and High-Yield Supply Chain Planning Systems for Enterprise Automation

About Us: Product Architecture of SCP

Taking 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.

By marrying industrial autonomous hardware (AMRs, AGVs, smart forklifts) with advanced software intelligence (WMS, WCS, FMS), SCP acts as a master integrator, turning chaotic warehouse floor environments into highly predictable, synchronized throughput streams.

SCP Product Architecture Flowchart

Core Philosophy & Strategic Directives

How we leverage technology, structural capabilities, and strategic ecosystem alliances to drive value.

Corporate Mission

Benefiting farmers and bringing welfare to consumers. We anchor our tech deployments in the real economy, driving efficiencies in primary production, cold-chain logistics, and food processing to deliver quality globally.

Corporate Vision

Leading the technological upgrade of the supply chain and achieving extraordinary value for transformers. Enabling legacy enterprises to seamlessly transit into automated, AI-driven operations.

Industry Positioning

Alliance of Developers of New Quality Supply Chain Technology. We act as the technical glue, binding hardware manufacturing capability with enterprise software architecture for seamless field deployment.

Our System Capabilities

Why leading industrial brands trust SCP to engineer, deliver, and optimize their physical operations.

Industry Accumulation

As a subsidiary of New Hope Group, we possess an established market reputation and exceptional execution capabilities. Our in-depth domain knowledge spans multiple industrial and food supply chains globally.

Business Comprehension

Incubated specifically out of the direct digital operational needs of the New Hope system, we have deployed and run dozens of complex, multi-site robot orchestration and automation projects, ensuring practical usability.

Self-developed Systems

We own the full intellectual property stack for our procurement, manufacturing, warehousing, and logistics orchestration systems. This modular approach allows customized adjustments without vendor lock-in.

Process Consulting

We provide specialized consulting services in parallel with project implementation. We systematically map processes, identify operational bottlenecks, and restructure system weights for rapid transformation.

Execution & Fast Delivery

Our project management offices (PMO) feature seasoned field-engineering experts. We guarantee short deployment timelines, rapid custom commissioning, and local commissioning support globally.

Integration Capacity

We integrate robot hardware directly with legacy scale indicators (such as the SCP100 & SCP101 floor scale system), IoT sensors, conveyor structures, and enterprise ERP networks.

Laser SLAM Tech Blueprint & Roadmap

At the center of our robotics portfolio lies advanced Laser SLAM (Simultaneous Localization and Mapping) technology. Unlike traditional AGVs requiring magnetic tape or physical reflectors, our smart forklifts and chassis map environments dynamically using 2D/3D LiDAR sensor fusion, wheel odometry, and inertial measurements (IMU).

Phase 1: Dynamic Sensor Fusion & Safe Maneuvering

Integration of multi-channel LiDAR arrays with vision sensors (RGB-D) to support high-speed obstacle avoidance, mapping accuracy of ±10mm, and active deceleration curves.

Phase 2: Fleet Management (FMS) Scaling

Real-time vehicle-to-everything (V2X) routing algorithms. Central control of up to 500 individual AMRs (e.g. AMB-CSW10-BH) on a single localized server cluster, with sub-second path re-planning.

Phase 3: Deep AI and Cognitive Pathfinding

Applying machine learning algorithms to predict traffic congestion points in warehouses, auto-calibrating acceleration according to current payloads (from 300kg to 3000kg dynamically).

Robotics Technical Development R&D

Hardware-Software Co-Design

We keep increasing research investment in the architectural link between our hardware control units and our supply chain control tower. The results are high-accuracy payload diagnostics and robust battery charge curves.

Sustainable Industry Ecosystems

Ensuring reliability and social responsibility through structured technology investments and industrial integration.

Ecological Construction in Cold Chain Logistics

🌿 Ecological Construction

Relying on the industrial resources and extensive business layout of Caogenziben, SCP deeply explores the supply chain needs of multiple industries such as food consumption, processing, and cold storage logistics. We develop specialized hardware and software configurations designed for low-temperature environments, sub-zero battery survival, and cleanroom sanitization routines.

By empowering key links such as cold chain logistics, we promote standardized management and efficiency improvements across the supply chain, facilitating the collaborative development of the entire industrial chain.

💡 Long-term Development Perspective

With the vision of "Leading the technological upgrade of the supply chain and achieving extraordinary value for transformers", SCP integrates the concept of sustainable development into its corporate strategic planning and daily operations.

We do not only focus on growth and profitability; we also work to promote green, intelligent, and low-power industrial development. Through smart power scheduling, regenerative braking on forklift operations, and optimal layout logic, we help our partners minimize carbon footprints while increasing throughput.

Resilient Supply Chain & Global Delivery

Our China-based factory infrastructure ensures continuous parts availability, component integration, and robust manufacturing standards.

China Factory Supply Chain Resiliency

Operating out of major industrial hubs, our manufacturing facilities ensure complete vertical integration. We procure raw components, manufacture high-durability chassis frames, wind electric motors, and assemble printed circuit boards (PCBs) in-house. This shields our clients from external supply shocks, reduces lead times for highly customized AMRs, and ensures that critical spares are always in stock.

Performance Metric Standard AMR Chassis Laser SLAM Smart Forklifts
Payload Ranges 300kg - 1000kg (AMB-CSW10) 1400kg - 3000kg (SFL-CBD30)
Navigation Accuracy ±10 mm ±10 mm to ±15 mm
Battery Run Time Up to 8 Hours (Continuous) Up to 6-8 Hours (Fast Charging)
Safety Systems Obstacle LIDAR + Bumper Strip 360° LIDAR + Dual Safety PLCs

Localized Support & Global Compliance

Every piece of robotics hardware that leaves our facility is built to international standards, complying with machinery safety regulations, electromagnetic compatibility standards, and environmental directives.

  • Regulatory Certifications: Fully certified under CE, FCC, RoHS, and local industrial workplace safety standards.
  • 24/7 Field Engineering Assistance: Localized service networks offering remote system debugging, sensor recalibration, and site verification services.
  • Open API Architecture: Seamless field-level communication protocols (gRPC, REST, Modbus, ROS) ensuring easy integration into your existing systems.
Robotics Assembly Quality Assurance

Our Quality Certifications

Adhering to strict international standards for safety, design precision, and operational reliability.

Industrial Quality Management Certificate
Safety and Machinery Compliance Certificate
Laser Navigation Patent Accreditation
ISO Systems Certification Document
Autonomous Driving Software Certificate
Robotics Manufacturing Excellence Award
Smart Forklift Control System Patent
Supply Chain Software Integration Certificate

Automated Food & Material Handling Solutions

SCP focuses on providing comprehensive solutions for the food supply chain, as well as the research and development of intelligent software and hardware products and services. The company aims to leverage the Internet of Things (IoT), AI, machine learning, intelligent devices, and other advanced technologies to enhance operational efficiency across supply chain procurement, supply, and sales.

Through our automated, digitized, and systematic technology products and solution matrices, we help upgrade the value of upstream and downstream industries. Our systems handle everything from heavy pallet intake to scale weight logging via Intel J4125 industrial-grade terminal scale stations, preventing material discrepancies and ensuring compliance.

Intelligent Supply Chain Warehouse Deployment

Industrial Robotics FAQ

Addressing key technical questions regarding implementation, navigation technologies, and localization setup.

What is the difference between Laser SLAM and traditional reflector navigation?
Traditional reflector navigation relies on static physical mirrors placed precisely on walls or pillars. If the environment changes or a reflector is blocked, the robot can lose localization. Laser SLAM (Simultaneous Localization and Mapping) dynamically maps the environment using features like shelving, walls, and pillars in real-time. This eliminates physical path markers, reduces deployment times from weeks to days, and allows for rapid floorplan changes.
How does the AMB-CSW10-BH chassis handle varying load weights up to 1 ton?
The chassis features an integrated active suspension system and closed-loop motor control algorithms. By reading data from suspension deflection sensors and motor torque feedback, the controller adjusts acceleration and braking curves. This keeps the robot stable and ensures consistent localization accuracy (±10mm) regardless of whether it is running empty or carrying its full 1000kg capacity.
How do the SCP101 and SCP100 floor scale terminal units integrate with local ERP/WMS systems?
The SCP101 and SCP100 feature a 15.6-inch touchscreen powered by an Intel J4125 processor and Android operating system. They run client applications that connect to database hosts using RESTful APIs, TCP/IP sockets, or Modbus protocols. This allows immediate transmission of pallet weights directly to your ERP (such as SAP, Oracle, or custom databases) at the moment of intake, preventing weight inventory errors.
What safety measures are integrated into the smart forklifts to protect human warehouse workers?
Our smart forklifts (e.g. SFL-CBD30, SFL-CDD14-H) feature ISO 13849-1 PLd compliant safety systems. This setup includes front and rear safety LiDARs with dynamic protection fields (slow down and emergency stop zones), mechanical contact bumpers, and visual warnings (projected blue lights and strobe alarms). The vehicle's control unit stops motion if an obstacle enters its path, preventing collisions even in high-traffic environments.
How does the battery management system (BMS) work for long 8-hour operational shifts?
Our mobile systems utilize high-capacity lithium iron phosphate (LiFePO4) battery chemistry. The onboard smart BMS monitors cell voltage, temperature, and state-of-charge. The software is configured to support automated opportunity charging. When task queues are low, the AMR routes itself to a charging station, drawing high-current power to restore up to 80% charge in under 45 minutes, enabling continuous 24/7 operations.
What is the typical deployment process for fleet software integrations?
The process begins with an environment mapping scan using a master robot. Once the 2D/3D map is generated, zones are marked (keep-out zones, speed limits, parking lanes) via the fleet software interface. Next, the fleet management server is linked to the warehouse control system (WCS) to handle job dispatching. In the final phase, our engineers perform onsite payload trials and safety verifications before going live.