Shenzhen Sunmy Hardware Co.,Ltd. specializes in manufacturing premium custom CNC machined brass insert connectors designed for precision-demanding applications. This highly specialized component features a robust machined base with a precision-bored through-hole and an integrally turned pin with a diamond knurled surface for superior grip and secure embedding. Ideal for electronics, automotive components, and complex industrial assemblies, this part is engineered for optimal performance. As a dedicated OEM/ODM manufacturer, we ensure that every dimension, feature, and material specification can be fully customized to meet your exact engineering requirements.
This component is meticulously crafted utilizing state-of-the-art Precision Turned Parts technology and advanced multi-axis CNC machining centers. The manufacturing process integrates high-speed precision turning to shape the delicate knurled pin with exceptional micro-machining accuracy, paired with precision milling to profile the square base and through-hole. The diamond knurling process is tightly controlled to provide optimal pull-out and torque resistance, particularly when molded or pressed into plastic housings. Our robust manufacturing ecosystem allows us to handle both complex prototyping and high-volume production with consistent reliability.
| Product Name | Custom CNC Machined Brass Insert Connector |
| Processing Method | CNC Machining, Precision Turning, Milling |
| Material Options | Brass (Standard); Al, Bronze, Copper, Stainless Steel |
| Tolerance | 0.01mm - 0.05mm |
| Surface Finish | Natural Brass (Nickel, Tin, or Gold optional) |
| Dimensions | 100% Customized (OEM/ODM) |
We use advanced inspection equipment like CMMs to ensure strict 0.01-0.05mm tolerances.
Yes, we accept IGES, STEP, PDF, and CAD formats for all OEM/ODM projects.
We support agile development and accept small orders for prototyping and testing.
Absolutely, we work with aluminum, bronze, copper, and stainless steel upon request.
Yes, our engineering team reviews your design to optimize manufacturability before production.