Intermittent Sandblasting Machine Creates Premium Matte Finish on Aluminum Cases

Recently, a client visited Baiyao Sandblasting Equipment Co.,Ltd. to text aluminum alloy cases using our intermittent turntable automatic sandblasting machine. The client mainly required a more uniform matte finish while improving surface texture and coating adhesion.

During the texting process, the intermittent rotating system allowed the aluminum alloy cases to receive more even blasting coverage. The abrasive could fully reach every corner of the product surface, achieving a delicate and consistent sandblasting effect without damaging the aluminum material itself.

Compared with traditional manual blasting, the intermittent turntable sandblasting machine offers:

• More stable blasting quality
• Higher production efficiency
• Lower labor cost
• Better consistency for batch production
• Easier operation and maintenance

Compared with traditional manual blasting, the intermittent turntable sandblasting machine adopts an automatic indexed rotating structure, allowing workpieces to stop at fixed positions for more even blasting coverage.

This design improves blasting stability while effectively avoiding uneven surface treatment, making it especially suitable for aluminum cases, hardware housings, and precision metal products.

After sandblasting, the aluminum alloy cases showed a clean and refined matte surface with improved texture and stronger paint adhesion, fully meeting the client's surface treatment requirements.

The Baiyao intermittent turntable sandblasting machine offers advantages such as high automation, stable blasting efficiency, reduced labor costs, and excellent consistency in mass production. It is widely used in aluminum products, electronic housing, automotive parts, hardware components, and precision industrial applications.

The client highly recognized the blasting effect and machine performance on-site. Baiyao continues to provide professional automatic sandblasting solutions for aluminum products, hardware parts, automotive components, and precision industrial applications.