AI Server and Energy Storage Systems

With the rapid growth of AI computing, high-performance computing (HPC), and data center infrastructure, server hardware is subject to increasing requirements in structural strength, thermal performance, and production stability.
At the same time, the expansion of green energy and Energy Storage Systems (ESS) is driving higher demands for structural durability, environmental resistance, and long-term operational reliability in cabinet-based equipment.
Kun Feng Metal Industrial Co., Ltd. focuses on the manufacturing of metal structural components for cabinet-based systems. Through integrated precision stamping and die development capabilities, we provide one-stop metal solutions from prototyping to mass production, supporting a stable and cost-effective transition from design to manufacturing.

Our capabilities include:
• Press capacity up to 1000 tons for large and high-strength structural components
• In-house die design and development (progressive and compound dies)
• Stable mass production ensuring long-term consistency
• One-stop secondary operations including tapping, welding, and assembly
These capabilities meet the requirements for dimensional accuracy, structural rigidity, and process stability in high-density cabinet systems.

We manufacture a wide range of metal components, including:
• Server chassis
• Internal structural frames and supports
• Mounting brackets
• Thermal-related metal components (heat dissipation structures, thermal parts)
• Power supply housings and modular enclosures
• Internal brackets and fastening components for high-density servers (designed for multi-GPU and high-power module configurations)
• Energy storage cabinets
• Battery module brackets and support structures
• Power control system enclosures and protective components
Components can be adapted to customer designs, supporting high-density layouts and modular configurations.

Our metal structural components support EMI shielding and thermal management requirements in AI servers, while being optimized for stamping processes to ensure smooth transition into mass production.

We support OEM/ODM customers with:
• Design for Manufacturing (DFM) analysis
• Material and process recommendations
• Prototype and mass production planning
• Process integration and cost optimization
Enabling products to be developed with stable mass production conditions from the early design stage.