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Our flagship robotic platforms are purpose-built for inbound receiving and put-away workflows, delivering measurable gains in throughput, accuracy, and labor efficiency.
Autonomous mobile robots that autonomously navigate receiving docks, scan inbound shipments, and route goods to staging zones.
AI-driven put-away robots that identify optimal storage locations and execute precision placement with zero manual intervention.
High-density storage robots that bring shelving units directly to operators, eliminating walking time and accelerating throughput.
Integrated software-hardware platform connecting robotic fleets with WMS/ERP systems for real-time visibility and intelligent orchestration.
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.
The global warehouse robotics market is undergoing rapid transformation. Inbound receiving and put-away — traditionally the most labor-intensive stages — are at the forefront of robotic adoption across industries.
Major e-commerce fulfillment centers are deploying fleets of AMRs and robotic arms to handle millions of SKU inbound flows daily. With SKU proliferation and peak-season surges, robotics enables dynamic slotting and real-time inventory positioning that humans simply cannot match at scale.
Temperature-sensitive inbound operations demand speed and precision. Robotic receiving systems integrated with IoT sensors ensure that perishables are scanned, validated, and put away within strict time windows — reducing spoilage and compliance risks in food and pharmaceutical supply chains.
Just-in-time manufacturing relies on flawless inbound sequencing. Warehouse robots in automotive facilities receive, verify, and deliver components to production lines with millisecond precision, eliminating line stoppages caused by mis-picks or delayed put-away operations.
Strict regulatory requirements for traceability and serialization make robotic inbound systems indispensable in pharma warehouses. Automated receiving robots capture lot numbers, expiry dates, and serialized codes at the point of entry, feeding real-time data into compliance management systems.
Third-party logistics providers handling multi-client inbound flows leverage robotic put-away systems to dynamically allocate space across clients, reduce cross-contamination errors, and provide real-time inventory visibility — a competitive differentiator in contract logistics bidding.
Cross-border e-commerce warehouses face complex customs documentation and multi-origin inbound streams. Robotic systems equipped with AI-powered document recognition automate customs data capture during receiving, dramatically reducing clearance delays and human error in bonded zones.
Robots read inbound shipment data and auto-match against Advance Shipping Notices in the WMS.
Vision-equipped robots scan barcodes, QR codes, and RFID tags to verify SKU, quantity, and condition.
AI vision systems detect damaged goods, quantity discrepancies, and flag exceptions for human review.
Intelligent algorithms assign optimal storage locations based on velocity, weight, and demand forecasts.
Robots execute put-away with millimeter precision and instantly update inventory records in real time.
Beyond basic automation, next-generation warehouse robots are enabling entirely new operational paradigms across inbound logistics.
Cobots work alongside human operators at receiving docks, handling repetitive lifting and scanning tasks while humans manage exceptions and quality decisions. This human-robot collaboration model reduces ergonomic injuries by 70% and increases receiving station throughput by 3x compared to manual-only operations.
AI-powered robotic arms equipped with adaptive grippers can depalletize mixed-SKU loads — one of the most complex inbound challenges. Computer vision identifies each item's orientation and position, enabling the robot to pick and sort at rates exceeding 600 units per hour with <0.1% error rates.
Robotic receiving portals equipped with RFID tunnel readers can process entire pallet loads simultaneously — capturing hundreds of SKUs in seconds without manual scanning. This is transformative for high-volume inbound in retail distribution centers processing 50,000+ units per shift.
Cold storage warehouses operating at -25°C and high-bay facilities reaching 40+ meters are ideal robotic environments. Autonomous stacker cranes and AGVs perform put-away operations in conditions that are unsafe or unsustainable for human workers, achieving 24/7 operational continuity.
Before physical goods arrive, digital twin platforms simulate the entire inbound flow — predicting congestion points, optimizing dock scheduling, and pre-assigning put-away locations. This proactive approach reduces inbound dwell times by up to 45% and prevents receiving bay bottlenecks.
Emerging implementations integrate robotic receiving data with blockchain ledgers, creating immutable records of every inbound transaction. This is particularly valuable in pharmaceutical, luxury goods, and food safety applications where chain-of-custody documentation is legally mandated.
Next-generation warehouse robots powered by large language models and foundation AI will handle diverse inbound tasks — from unloading trucks to labeling goods — without task-specific programming, dramatically lowering deployment costs.
Robot-as-a-Service (RaaS) models enable warehouses to scale robotic capacity on-demand via cloud platforms, paying per task rather than per unit — making advanced inbound automation accessible to mid-market logistics operators.
Machine learning models analyzing supplier patterns, weather data, and demand signals will predict inbound volumes 72 hours ahead, enabling warehouses to pre-configure robotic resources and storage zones before shipments arrive.
Advances in soft robotics and tactile sensing are enabling robots to handle fragile, irregular, and flexible items — expanding robotic put-away capabilities to categories like fresh produce, apparel, and electronics previously requiring human hands.
Energy-harvesting robots, solar-powered AGVs, and AI-optimized routing algorithms are reducing the carbon footprint of warehouse operations — aligning robotic inbound automation with corporate ESG commitments and green logistics standards.
Robotic systems equipped with AI-driven anomaly detection will autonomously identify counterfeit goods, damaged shipments, and compliance violations during inbound receiving — functioning as an always-on quality and security layer.
Benefiting farmers and bringing welfare to consumers
Leading the technological upgrade of the supply chain and achieving extraordinary value for transformers
Alliance of Developers of New Quality Supply Chain Technology
Inheriting the mission gene of the New Hope Group, which is "Benefiting farmers and bringing welfare to consumers", SCP integrates social responsibility into the bloodstream of its corporate development. In the supply chain technology services, we not only focus on creating commercial value for customers but also are committed to promoting the standardized development of the industry and safeguarding the interests of participants in the upstream and downstream of the industrial chain. We fulfill our corporate responsibilities with practical actions and contribute to the stable development of the social economy.
Relying on a professional R&D team of more than 300 people and years of technical accumulation, SCP always takes innovation as the core driving force for development. Whether it is the R&D of logistics and supply chain systems from scratch or the continuous exploration of an intelligent supply chain collaboration system, it demonstrates our persistent pursuit of innovation. We break through the bottlenecks of industry development through innovation and lead the trend of supply chain technology transformation.
As the "Alliance of Developers of New Quality Supply Chain Technology", SCP adheres to the concept of open cooperation and actively builds an ecological environment for collaborative development with industry partners and customers. By integrating the resources and advantages of all parties, we achieve complementary capabilities and value sharing. We gather strength in cooperation, jointly explore the new blue ocean of supply chain technology, and achieve a win-win situation for multiple parties.
With a deep understanding of the actual business scenarios and demands, we take customer needs as the guide. From providing end-to-end supply chain solutions, to offering light consulting services accompanying projects, and then to professional and efficient implementation and delivery, SCP always puts the customer experience and satisfaction first. We spare no effort to provide high-quality and considerate services for customers and help them achieve the goals of supply chain digital transformation.
SCP focuses on providing comprehensive solutions for the food supply chain, as well as research and development of intelligent software and hardware products and services. The company aims to be based on the Internet of Things AI, the comprehensive application of machine learning, intelligent devices and other technologies, through automated, digitized, intelligent and systematic technology products and solution matrices, enhances the overall operational efficiency of supply chain procurement/supply/sales, and helps upgrade the value of upstream and downstream industries.
Explore our full range of intelligent robotic solutions designed for every stage of inbound warehouse logistics — from dock to deep storage.
Automated dock-side receiving with ASN matching
Intelligent slotting and precision placement system
Vision-guided robotic arm for complex inbound loads
Bulk inbound scanning for high-volume distribution
Sub-zero environment robotic storage operations
High-density automated storage and retrieval system
Virtual modeling for proactive inbound flow optimization
Unified command and orchestration for robotic fleets