Auto Parts
As the automotive industry continues to evolve toward lightweight design, high strength, and electrification, metal components play a critical role in structural integrity, assembly precision, and product reliability.
Kun Feng Metal Industrial Co., Ltd. specializes in the manufacturing of metal stamping components for automotive-related applications. With integrated precision stamping and in-house die development capabilities, we provide one-stop manufacturing solutions from prototyping to mass production, helping customers establish a stable and cost-effective transition from design to production.
We offer stable stamping capabilities and mass production experience to meet the requirements of dimensional accuracy, structural strength, and consistent quality across various automotive applications.
Through die development and process optimization, we enhance product stability and support medium to high-volume production demands.
We manufacture a wide range of automotive-related metal components, including:
• Mounting brackets
• Reinforcement parts
• Mechanical fastening and connecting components
• Small to medium-sized stamped structural parts
• Functional metal components (such as protective and support parts)
These products are widely used in automotive-related equipment, component systems, and aftermarket applications.
We also support aftermarket (AM) and diversified application needs, offering flexible development and small-to-medium batch production capabilities. This makes us suitable for customized parts and functional metal components across various applications.
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
PPAP Level 3 documentation can be supported upon request. Products can also be manufactured in compliance with RoHS and other environmental requirements.
We help ensure products are developed with stable mass production conditions from the early stage.
