Wuliangye Fund Leads Investment in Domestic High-End Machine Tool Enterprise, Accelerating Overseas Market Layout 36氪首发 | 五粮液基金领投，国产高端机床企业获数亿元融资，加速海外市场布局

TL;DR

• Shanghai Xinghe completed a financing round led by Wuliangye Fund to accelerate R&D of high-end gear grinders, milling machines, and five-axis machining centers.
• The company holds the #1 domestic market share for forming gear grinders, achieving China's only GB Grade 1 precision suitable for high-speed EV motors.
• Core competitive advantages include integrated "mechanical-electrical-control-software" design, forward engineering, and self-developed key components like high-speed spindles.
• Strategic growth drivers are identified in New Energy Vehicles (EVs), humanoid robots (planetary roller screws/RV reducers), and traditional manufacturing upgrades.
• The company aims for over 30% sales growth in 2026, leveraging policy support for industrial mother machines and accelerating overseas market expansion.

Why It Matters

This funding highlights the critical intersection of advanced manufacturing hardware and emerging AI-driven industries like robotics and electric vehicles. For AI practitioners and hardware engineers, it underscores the necessity of high-precision mechanical infrastructure to realize complex electromechanical systems, such as humanoid robot actuators. Furthermore, it signals a broader industry shift toward domestic substitution in high-end CNC equipment, offering insights into how software-defined manufacturing and integrated control systems are becoming key differentiators in industrial automation.

Technical Details

• Product Precision & Standards: The flagship forming gear grinder achieves GB Grade 1 precision, the highest national standard in China, capable of processing gears for EV motors rotating at 20,000-30,000 RPM.
• Core Technologies: Utilizes direct-drive heavy cutting technology, micron-level grinding, high-precision electric spindles, and low-stress manufacturing. The five-axis machining centers replace traditional ball screw transmissions with direct-drive solutions for improved dynamic response and positioning accuracy.
• Integrated R&D Approach: Employs a "machine, electrical, control, and software" integrated development methodology rather than siloed engineering. This includes self-development of core components such as high-speed spindles, high-precision indexing heads, and servo tailstocks.
• Forward Engineering: Adopts a positive design route from first principles rather than reverse-engineering foreign products, allowing for better performance optimization and scalability across product lines.
• Production Capacity: Operates three production bases in Shanghai and Nantong with over 30,000 square meters of built area and approximately 60,000 square meters under construction to support scaling.

Industry Insight

• Supply Chain Resilience: The acceleration of domestic substitution in high-end CNC machine tools is driven by geopolitical supply chain risks and policy support (e.g., "15th Five-Year Plan"). Companies investing in core component autonomy will capture significant market share from imported brands.
• New Application Frontiers: The humanoid robot sector represents a high-growth vertical for precision machining equipment. As demand for planetary roller screws and RV reducers increases, manufacturers with expertise in micro-grinding and five-axis processing are well-positioned to become key suppliers.
• Strategic Capital Alignment: The involvement of non-traditional industrial investors like Wuliangye Fund suggests a broader recognition of the strategic value of "industrial mother machines." This trend may lead to increased cross-industry capital flowing into deep-tech manufacturing, fostering faster commercialization of advanced machining technologies.