Basic Information
- Model: VB-D Arc-Shaped Vibratory Polishing Machine
- Type: Arc-shaped bowl-type 3D vibratory finishing and polishing machine
- Key Features: Arc-shaped chamber design ensures smooth material flow with no "dead zones"; equipped with a PU lining and a manual discharge outlet; ideal for batch finishing and polishing of small-to-medium-sized hardware components.
Product Advantages
- Arc-Shaped Chamber: Streamlined internal design promotes uniform tumbling of workpieces, prevents parts from getting stuck, and ensures consistent polishing results.
- Wear-Resistant PU Lining: Cushions workpieces against impacts, minimizes scratches, and extends the equipment's service life.
- Manual Discharge Mechanism: Simplifies the unloading process for easy retrieval of finished parts.
- 3D Spiral Vibration: Combines grinding, deburring, chamfering, and bright polishing into a single process.
- Robust Construction: Stable operation with low noise levels, suitable for continuous industrial use.
Applicable Workpieces & Processes
Suitable Workpieces: Stamped parts, die-castings, small CNC-machined components, fasteners, jewelry hardware, and small parts made of aluminum alloy, zinc alloy, stainless steel, copper, or iron.
Applications: Deburring, chamfering, scale removal, vibratory finishing, surface polishing, and enhancing workpiece luster.
FAQ
1. What is the difference between an arc-shaped design and a standard straight-walled vibratory finishing machine?
The arc-shaped inner wall facilitates smoother material flow and minimizes dead zones, preventing small parts from getting stuck and ensuring more uniform polishing.
2. What material is the chamber lining made of?
It features a PU (polyurethane) lining, which is wear-resistant and provides cushioning to prevent workpieces from being dented or scratched.
3. How are the parts unloaded?
They are unloaded manually; the process is simple and well-suited for small-to-medium batch processing.
4. What types of workpieces can be processed?
Small hardware components, fasteners, die-castings, and stamped parts made from materials such as stainless steel, copper, aluminum, and zinc alloys.
5. What primary processes can it perform?
Batch deburring, chamfering, descaling, vibratory surface finishing, and polishing/brightening.
