Cabinet Systems
Cabinet-based equipment is widely used across electronic and industrial systems, where internal metal structural components play a critical role in assembly precision, structural strength, and long-term operational stability.
As systems continue to evolve toward high-density configurations and modular designs, the requirements for dimensional accuracy, rigidity, and production consistency of metal components continue to increase.
Kun Feng Metal Industrial Co., Ltd. specializes in the manufacturing of internal metal structural components for cabinet systems. With integrated precision stamping and in-house die development capabilities, we provide one-stop manufacturing solutions from prototyping to mass production, helping customers effectively transition from design to stable, scalable production.
Our capabilities include:
• High-tonnage stamping capacity 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 support the requirements for structural strength, assembly precision, and process stability in high-density cabinet systems.
We manufacture a wide range of cabinet-related metal components, including:
• Internal structural frames and support components
• Mounting brackets
• Module fixing and connecting parts
• Rail-related structural components (such as slide rail supports)
• Power and control module housings
• Thermal-related metal structural components
Components can be customized based on customer designs, supporting high-density layouts and modular system configurations.
These products are widely used in various cabinet-based systems, including data processing equipment, power and energy systems, industrial control equipment, and telecommunications infrastructure.
We welcome customers to provide drawings or concepts for evaluation, and we can support:
• Design for Manufacturing (DFM) analysis
• Material and process recommendations
• Prototype and mass production planning
• Process integration and cost optimization
We help ensure products are developed with stable mass production conditions from the early stage.
