Precision Milling Process

The Aluminum bracket is first created through casting, and then undergoes precision machining. During the machining design phase, careful consideration is given to the geometry, dimensions, and material characteristics of the bracket to determine the feasibility and appropriate machining process.

The Precision Milling Aluminum Flashlight Cap, which is called light bell 3 button, too. The Al flashlight cap is the most complicated machining component for metal parts. But we have our mold workshop, precision turning process workshop, precision milling process workshop. We can control the quality by offering 4 axis CNC machining services.

Aluminum automotive components are widely used in the automotive industry to enhance engine performance and efficiency. Specifically, aluminum cylinders are utilized in various types of internal combustion engines, such as gasoline and diesel engines.

The Precision milling Aluminum flashlight ending we produce have a reliable power connection and feature a waterproof sealing design. The tailcap has a spring and other conductive component to ensure a stable power transfer and the tailcap features a waterproof design.

The Aluminum mid plate measures 335*155*4.5MM and requires intricate milling on multiple surfaces. To optimize efficiency, we utilize a four-axis CNC machining center, which not only enhances productivity but also ensures the precision required for the product.

The main tube for machining is a precision-milled aluminum flashlight body.
The CNC machining part undergoes anodizing for surface treatment.
As the main tube of the flashlight, the CNC turning aluminum part has strict requirements for its appearance.
We enforce stringent quality inspections throughout the entire process, including raw material selection, machining, and surface treatment stages.
The yield of qualified products is nearly one hundred percent.

The Aluminum Milled Fixture Plate undergoes precision milling to create a grid of holes, slots and other features. The fixture plate is meticulously machined with high accuracy to create a grid pattern of holes and slots. This grid allows for flexible and precise positioning of clamps, vices and other workholding devices.

Our fixture plate is crafted from steel, which provides exceptional strength, durability, and a high load-bearing capacity. It undergoes meticulous machining with utmost precision to create a grid pattern of precisely aligned holes and slots. This intelligently designed grid layout allows for versatile and exact positioning of clamps, vices, and other workholding devices, ensuring optimal performance during machining operations.