Hunan Lince Rolling Stock Intelligent Equipment Co., Ltd.

Digital Production Lines & Intelligent Manufacturing Capabilities

Full adoption of lean production tools including Value Stream Analysis, Just-in-Time Production, Lean Quality Management and Standardized Work has enabled the establishment of more than 30 lean and flexible production lines. Supported by manufacturing information platforms such as EAS, EMS, PLM and Power Project, digital transformation and network-based collaboration are realized throughout the manufacturing process.

Wind Turbine Assembly and Testing Production Line

Automatic collection of key data, intelligent torque workstation, automated testing

Establish an end-to-end manufacturing information management and control system, equipped with smart tools such as wireless intelligent torque devices and automated inspection lines, to enable fully automated collection of critical production data, intelligent analysis and judgment, and cloud-based archiving, while ensuring product batch consistency and end-to-end traceability.

Automatic shaft machining production line

Fully automated machining across all processes, with interconnected data acquisition, delivering high efficiency and superior quality.

Establish a real-time data interconnection system to enable instant collection and dynamic updating of production data, support seamless, full‑dimensional integration with the MES manufacturing execution system, and enhance overall production efficiency.

Fuel Tank Robotic Welding Workstation

Flexible manufacturing, seamless data integration, high efficiency and stability, quality traceability

By leveraging a five-axis machining center, automated loading and unloading, in‑process inspection, and seamless MES data integration, the system enables continuous machining of complex curved‑surface structural components, molds, and precision parts, while supporting real-time data collection and quality traceability. This addresses the challenges of low efficiency, poor consistency, and lack of process visibility in multi‑variety, small‑batch manufacturing. It is ideally suited for automated machining applications in rail transit structural components, composite material molds, precision parts, complex curved‑surface components, and other multi‑variety, small‑batch production scenarios.

FOOKE Machining Center

Flexible manufacturing, seamless data integration, high efficiency and stability, quality traceability

By leveraging a five-axis machining center, automated loading and unloading, in‑process inspection, and seamless MES data integration, we enable continuous machining of complex curved‑surface structural components, molds, and precision parts, while supporting real-time data collection and quality traceability. This addresses the challenges of low efficiency, poor consistency, and lack of process visibility in multi‑variety, small‑batch manufacturing. Applications include automated machining for rail‑transit structural components, composite‑material molds, precision parts, complex curved‑surface components, and other multi‑variety, small‑batch production scenarios.

Laser Cleaning Workstation

Automatic cleaning, high flexibility, zero pollution, and no damage to the substrate.

By leveraging three mechanisms—laser‑induced vibration, thermal expansion, and photodecomposition phase transitions—it enables non‑contact cleaning of hard‑to‑reach areas such as complex‑shaped components, holes, and grooves. It operates without raising the temperature of metal surfaces, causes no damage to the substrate, and requires no chemical rust‑removal agents, making it environmentally friendly. It delivers efficient, intelligent cleaning of oil residues, rust, oxide films, and other contaminants, and is suitable for applications in rail transit vehicles, mining equipment, ships, and other industrial settings.

Robotic Automated Painting Workstation

Precise and uniform, replacing manual processes to ensure consistent quality.

Using a seven-axis robot, automated exterior surface coating is achieved, effectively ensuring uniform coating thickness and enabling precise control of parameters such as coating thickness, gloss, and color difference within acceptable tolerances.

Iron-mold sand-coating casting production line

Automation of critical processes, efficient and environmentally friendly.

The production process has been automated, with real-time data collection and updates, and seamless integration with the MES, significantly enhancing product consistency.