Backed by a professional team with over 15 years of industry experience, Dunganli offers a full range of custom solutions, including 3C aluminum housings, aluminum profiles, aluminum heat sinks, and precision-machined aluminum enclosures. By combining accurate market insight, refined manufacturing processes, and efficient delivery capabilities, the company supports customers across various industries with stable, high-quality aluminum housing solutions.
At the core of Dunganli’s customization strength is its experienced engineering and project management team. Team members are highly familiar with the entire customization process—from requirement analysis and solution design to production execution and quality control. To better meet the needs of different industries, Dunganli has established a dedicated technical database covering key parameters and process standards for applications such as 3C electronics, industrial automation, LED lighting, and new energy systems. This enables fast and precise responses to diverse customization requests, even for complex or irregular structures. In many cases, CAD 3D modeling and preliminary design proposals can be completed within a short timeframe, helping customers move forward efficiently.
Advanced manufacturing capabilities further support Dunganli’s customization services. The company is equipped with modern CNC machining centers, automated extrusion production lines, and precision inspection equipment, ensuring machining accuracy that consistently meets demanding application requirements and supports reliable customized production.
A refined, end-to-end service process is another key advantage. For aluminum housing customization projects, Dunganli follows a structured six-step workflow: requirement consultation, solution design, mold development, prototype validation, mass production, and after-sales support. During the initial consultation stage, engineers work closely with customers to understand application scenarios, functional needs, appearance expectations, and cost targets. In the design phase, product structures are optimized based on material characteristics and manufacturing feasibility to balance performance and cost efficiency—for example, using 6000-series aluminum alloys to achieve lightweight strength for 3C products, or optimizing fin structures to improve heat dissipation efficiency for industrial equipment.
Rapid prototyping allows customers to evaluate samples early in the process, with timely adjustments made based on feedback. This closed-loop service model helps shorten development cycles, enabling faster delivery for small-batch orders while ensuring stable, on-time production for larger volumes.
