China Transport Robots Manufacturer & Factory

Pioneering Next-Generation Laser SLAM Intelligence, Fleet Orchestration, and End-to-End Smart Supply Chain Integrations for High-Throughput Global Enterprises.

Global Landscape of Autonomous Transport Robots

Analyzing key market drivers, technical evolution, and the paradigm shift from traditional automated guided vehicles (AGVs) to highly intelligent collaborative AMRs.

In modern industrial logistics, the demand for autonomous automation has transcended basic material movement. Globally, enterprises are struggling with structural labor challenges, increasing supply chain complexity, and the imperative to maximize vertical storage space. Autonomous Mobile Robots (AMRs) and Laser SLAM (Simultaneous Localization and Mapping) Smart Forklifts have transitioned from novel engineering experiments into critical infrastructure.

According to recent global logistics intelligence reports, the adoption of transport robots is accelerating at a CAGR of over 24%. While early adopters focused primarily on simple point-to-point delivery, today's leading multinational manufacturers demand dynamic navigation, advanced safety ratings (ISO 3691-4 / PL-d), and deep integration into Enterprise Resource Planning (ERP), Manufacturing Execution Systems (MES), and Supply Chain Planning (SCP) architectures.

24.3%
Global AMR CAGR
< 18m
Average ROI Payback
99.9%
Positioning Accuracy
24/7
Operational Availability

About Us

Product Architecture of SCP & Advanced Automation

Taking actual business needs as our cornerstone, SCP is committed to comprehensively innovating and enhancing the overall supply chain planning of global enterprises. We provide end-to-end supply chain solutions, constructing a multi-role, multi-dimensional intelligent supply chain collaboration system designed to achieve efficient operational orchestration and process optimization.

Currently, SCP has established a powerful product architecture supported by software and hardware, supplemented by the top-level design of the Supply Chain Control Tower. This creates an agile, flexible, and highly resilient system tailored to navigate dynamic production requirements.

SCP Supply Chain Planning Architecture

Our Mission

Benefiting farmers and bringing welfare to consumers through optimized, lower-cost, and safer supply chain logistics technology.

Our Vision

Leading the technological upgrade of the supply chain and achieving extraordinary value for transformers globally.

Our Positioning

Alliance of Developers of New Quality Supply Chain Technology, providing robust IoT hardware and agile, open APIs.

Why Chinese Factories Offer Unmatched Transport Robot Advantages

Combining world-class component ecosystems, agile manufacturing capabilities, and rapid iterative software development.

The clustering of laser sensor manufacturers, high-capacity battery factories, structural steel foundries, and controller designers in China creates a highly dense, efficient industrial ecosystem. Unlike overseas competitors that rely on fragmented international supply chains, Chinese transport robot manufacturers integrate vertical assembly pipelines directly inside their facilities.

This localized synergy allows our factory to deliver significant advantages to global buyers:

  • Rapid Customization: Modifying physical load capacities (up to 3000kg) and custom lifting heights in weeks, rather than quarters.
  • Advanced Sensor Convergence: Factory-direct integration of safety LiDAR, 3D obstacle avoidance cameras, and SLAM navigation sensors.
  • Cost-to-Performance Ratio: Unbeatable pricing models that allow distribution centers and manufacturing plants to deploy large fleets of AMRs while preserving capital.

Our Core Capabilities

Building high-performing hardware and intelligent software solutions backed by extensive industrial resources.

Industry Accumulation

As a subsidiary of New Hope Group, we possess an excellent market reputation and robust execution capabilities. We have a deep, proven understanding of multiple asset-heavy industries.

Business Comprehension

We were incubated based on the digital and physical automation requirements within the New Hope system. This hands-on experience gives us unparalleled insight into real operational bottlenecks.

Self-developed System

We own complete intellectual property and development control over our software stack, covering logistics optimization, AGV dispatching, and system integrations.

Consulting Ability

We offer specialized light consulting services alongside our hardware deployment. We optimize layouts, load weights, path planning, and system integration strategies for our customers.

Implementation and Delivery

Our dedicated delivery teams manage installation, commissioning, software tuning, and employee training. We respond fast to customized requirements, ensuring projects go live on time.

Sustainable & Eco-Driven Growth

Combining ecological construction and long-term development to deliver greener, smarter warehouses.

Technology Research & Development

In terms of technology R&D, SCP continues to increase its investment, constantly optimizing our software-hardware product architectures and the Supply Chain Control Tower design. By strengthening the self-development and integration capabilities of procurement, sales, and supply systems, we continuously improve product competitiveness and technical superiority.

We explore cutting-edge AI, machine learning, and IoT developments to drive technology upgrades, helping enterprises build solid foundations for sustainable growth.

Transport Robot R&D Laboratory

Ecological Construction

Relying on the rich industrial resources and extensive business layout of Caogenziben, SCP deeply explores the supply chain needs of multiple industries such as food consumption, creating solutions suitable for actual, demanding scenarios.

By empowering key links like cold chain logistics, we promote standardized management and efficiency improvements across the entire industrial supply chain. We work closely with international partners to expand global networks and build highly competitive supply chain ecosystems.

Ecological Logistics Construction

Long-term Development Perspective

Guided by our vision to "Lead the technological upgrade of the supply chain and achieve extraordinary value for transformers," we integrate sustainable concepts into our corporate strategy. We focus not only on profitability but on fostering green, intelligent, and efficient industries.

We aim to build standard-setting collaborative networks for future enterprises, contributing to a more sustainable, automated global logistics landscape.

Long-term Logistics Automation Perspective

Our Official Certificates

Proof of rigorous quality control, design standards, and international logistics compliance.

Certification Document 1
Certification Document 2
Certification Document 3
Certification Document 4
Certification Document 5
Certification Document 6
Certification Document 7
Certification Document 8

Intelligent Food & Cold Chain Solutions

Automating Sensitive, High-Throughput Environments

SCP focuses on providing comprehensive solutions for food supply chains, as well as the research, development, and manufacture of intelligent software and hardware products. Leveraging the Internet of Things (IoT), AI, machine learning, and advanced robotic devices, we deploy automated, digitized systems that enhance the operational efficiency of supply chain procurement, storage, and sales.

Our solutions directly address common cold-chain bottlenecks, such as sub-zero operating environments, strict sanitation regulations, real-time inventory tracking, and delicate load transitions, helping to upgrade the value of upstream and downstream industries.

Smart Food Supply Chain Automation Solutions

Global Enterprise Procurement Checklist for Transport Robots

A structured framework for supply chain directors, warehouse managers, and procurement officers evaluating Chinese AMR platforms.

When selecting a factory supplier for your fleet of Laser SLAM forklifts, focus on technical interoperability and mechanical reliability. Key requirements include:

  • Safety & Compliance: Verify the vehicles conform to ISO 3691-4 (safety requirements for driverless industrial trucks) and feature dual-channel safety PLCs and safety laser scanners.
  • Interoperability APIs: Ensure the factory's Fleet Management System (FMS) supports open standards like VDA 5050. This allows robots from different manufacturers to operate seamlessly in the same warehouse layout.
  • Battery Performance & Fast Charging: Look for Lithium Iron Phosphate (LFP) chemistry with opportunity-charging capabilities (e.g., a 10-minute charge providing 1 hour of operational runtime) to maximize 24/7 productivity.
  • Mechanical Capacity & Lift Height: Ensure the chassis and mast designs align with your target warehouse payloads (typically ranging from 1000kg to 3000kg) and your rack heights (stack-height forklifts matching your top pallet beams).

Industrial Transport Robots: Q&A

Answering key structural and technical questions for global system integrators and logistics directors.

What is the difference between standard AGVs and Laser SLAM AMRs?
Traditional Automated Guided Vehicles (AGVs) rely on fixed physical infrastructure, such as magnetic tape, optical lines, or QR codes on the warehouse floor. Laser SLAM (Simultaneous Localization and Mapping) Autonomous Mobile Robots (AMRs) build a digital map of the operating environment using onboard LiDAR sensors. This allows them to navigate dynamically, calculate alternative paths to bypass obstacles, and adapt to layout changes without physical modifications to your facility.
How do your transport robots handle functional safety in shared human-robot areas?
Our robots are engineered in compliance with international safety standards, including ISO 3691-4. They feature integrated safety-certified LiDAR scanners that establish dynamic safety zones around the vehicle. If a person or obstacle enters the warning zone, the vehicle slows down. If the zone is breached, the robot triggers an emergency stop via a dual-channel safety PLC, preventing collisions. Additional sensors, including 3D obstacle avoidance cameras and physical contact bumpers, provide comprehensive protection.
Can these smart forklifts integrate directly with existing WMS or ERP systems?
Yes. Our software system includes a robust, open API interface compatible with major WMS, WCS, and ERP systems (such as SAP, Oracle, or custom databases). This allows WMS software to dispatch tasks directly to our fleet management system, which coordinates path planning, vehicle assignment, and real-time execution tracking.
What is the average installation and mapping time for a 10,000 m² warehouse?
Because Laser SLAM requires no floor modifications, initial mapping is fast. For a standard 10,000 square meter warehouse, mapping and path definition can be completed within 2 to 3 days. A full system deployment, including station setup, ERP/WMS integration, and payload testing, typically takes 2 to 3 weeks, keeping operational downtime to a minimum.
How do opportunity charging and lithium battery management systems operate?
Our vehicles utilize high-rate Lithium Iron Phosphate (LFP) battery systems managed by an onboard BMS. The fleet management software monitors battery levels in real time. When a vehicle's battery level drops below a set threshold or during planned operational gaps, the robot automatically docks at an opportunity-charging station. A quick 15-minute charge can support up to 2 hours of runtime, enabling continuous 24/7 operations.