Enhancing CNC Machining With Bead Blasting(cnc g code Ada)

Bead blasting is a form of treatment commonly used in the machining world to enhance both aesthetic appeal and functionality of manufactured parts. But what does bead blasting have to do with Computer Numerical Control (CNC) machining? Let’s explore further.

CNC machining has revolutionized the manufacturing sector by bringing about high precision, speed, and repeatability during production processes. It utilizes computer software to control machine tools, resulting in superior efficiency than traditional manual methods. Producing everything from aerospace components to everyday items like smartphone cases, CNC methods employ various techniques for enhancing products’ quality and appearance. One favorite process often employed in conjunction with CNC machining is bead blasting.

What Is Bead Blasting?

Bead blasting is a metal finishing process that uses fine glass beads propelled at high pressure against a workpiece’s surface. Its effects are twofold – aside from creating a uniform, matte or satin finish on machined parts, bead blasting also promotes cleanliness by removing impurities leftover from prior machining operations. The result makes it an essential component within industries where appearances matter, such as automotive, aerospace, medical, electronic goods, and jewelry sectors.

Incorporating Bead Blasting into CNC Machining

In many ways, bead blasting compliments the robust capabilities inherent to CNC machining. For instance, if the CNC process creates burrs—a ridge or area of roughness caused by cutting—at the edge of your metallic parts, bead blasting can smooth out those imperfections leaving a clean, polished look. Now how exactly does this integration take place?

The first step is designing your part using CAD (Computer-Aided Design) programs. This blueprint will guide the CNC machines throughout the creation phase. Once the design parameters are established, the CNC milling or turning process begins.

During this stage, the raw material—whether it’s aluminum, steel, titanium, brass, or plastic—is shaped by the CNC machine according to the CAD file’s exact specifications. Once the part has gone through all machining processes, burrs and tool marks are often left behind.

This is where bead blasting comes into play. The machined component will be subjected to a stream of tiny glass beads under high pressure, removing these imperfections and achieving an even surface finish. Size, shape, and impeller speed can be adjusted for distinct levels of coarseness or smoothness that fits specific applications.

Industry Benefits And Applications

Bead blasting offers many advantages in manufacturing sectors:

1. Durability: Bead blasted surfaces offer more vitality than their non-blasted counterparts – increasing resistance against impact, abrasion, and corrosion.
2. Increased Adhesion: It enhances subsequent coatings’ adherence without significant dimensional changes to the component.
3. Aesthetics appeal: This process gives products a modern, appealing look favored by consumers today—in both industrial components and consumer goods.

However, despite its numerous benefits, bead blasting isn’t suitable for parts requiring polished finishes. They may necessitate further processing like buffing or vibrating finishing method.
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The incorporation of bead blasting within CNC machining operations elevates product quality significantly. By simultaneously improving surface effects and extending component lifespan, it provides tangible production benefits worthy of consideration for any industry involved with metalwork or machining services. Despite additional procedures needed when a polished finished is desired, bead blasting remains a favorite choice due to its practicality, versatility, and ability to enhance aspects such as appearance, durability, and preparation for coating adhesion in the final product.

Want.Net Technical Team

Want.Net Technical Team

The Want.Net Technical Team has diverse members with extensive education and training in CNC machining. They prioritize precision, efficiency, and innovation to provide high-quality manufacturing solutions globally.

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