High-energy finishing systems for faster deburring, polishing, edge improvement and fine surface finishing of precision industrial components.
Centrifugal barrel finishing is a high-energy mass finishing process used when a stronger and faster finishing action is required compared to standard vibratory finishing. The machine uses multiple barrels mounted on a rotating turret assembly.
As the turret rotates at high speed, strong centrifugal force is generated inside the barrels. This creates an intensive rolling and sliding action between the parts, finishing media and compound, helping achieve faster processing and uniform surface results.
This process is chosen when components need faster finishing action, improved surface uniformity and better control over cycle time.
High centrifugal force creates a more intense finishing action and reduces cycle time for suitable parts.
Controlled barrel movement helps deliver even finishing across complex and precision components.
Variable frequency drive support allows process speed adjustment according to part and finish requirement.
Useful for applications requiring very fine finish, shine, smoothness or controlled surface improvement.
Components, finishing media, water and compound are loaded inside barrels. As the turret rotates, the barrels generate controlled high-energy movement. This action produces fast deburring, radiusing, smoothing or polishing depending on media, compound and process time.
Use this table as a base structure. Replace capacity, power and barrel details with your final Vibrotech model data.
| Model | Total Volume | Barrels | Motor Power | PU Lining |
|---|---|---|---|---|
| CBF 20 | 20 L | 4 Nos. | 2 HP | 5 mm |
| CBF 40 | 40 L | 3 Nos. | 5 HP | 8 mm |
| CBF 60 | 60 L | 3 Nos. | 5 HP | 8 mm |
| CBF 120 | 120 L | 4 Nos. | 10 HP | 10 mm |
| CBF 160 | 160 L | 4 Nos. | 15 HP | 10 mm |
| CBF 200 | 200 L | 4 Nos. | 15 HP | 12 mm |
| CBF 300 | 300 L | 3 Nos. | 25 HP | 15 mm |
Share your component material, burr condition, size and required finish. Vibrotech will help you decide the suitable barrel capacity, speed, media and compound process.