CWS170 Spiral-Tube Vibratory Finisher
- Data Sheet
- Product Description
| Machine Capacity | Tube Diameter (D) | Parts Inlet (H1) | Parts Outlet (H2) | Vibration Motor | Installation Area | Height (H) |
| L | mm | mm | mm | KW | mm | mm |
| 170 | 106 | 1052 | 936 | 5.5 | 1850×1453 | 1182 |
Continuous Finishing in a Spiral Path
The CWS170 moves a suitable parts-and-media load through a spiral tube by vibration. The compact rising path provides a processing route between the inlet and outlet, allowing feeding and discharge to be coordinated with production.
- Polyurethane and translucent tube sections in the described modular arrangement
- Controlled inlet feed and outlet transfer
- Water and compound dosing for the selected wet process
- Screening and media recovery suited to the parts and media
The machine can be reviewed for suitable small components, including delicate parts that require controlled handling. Feed rate, residence time, load circulation, and separation must be established together. Part contact cannot be ruled out solely by the spiral layout.
Send the part material, dimensions, weight, required output, starting surface, and finish target. Include upstream feeding and downstream rinsing or drying requirements.
Related Products
Match Feeding to the Finishing Cycle
A continuous process needs a stable feed of workpieces and media. The required finishing time, load behavior, and outlet recovery determine the practical production rate. Check the entire path using representative parts rather than choosing a feed rate from nominal dimensions alone.
Delicate Parts and Media Recovery
Evaluate contact marks, surface finish, media lodging, residue, and recovery of the smallest parts. Suitable brass, aluminum, glass, ceramic, or magnetic components require different recipes and compatibility checks. The component material does not establish suitability on its own.
Coordinate the inlet conveyor or feeder, outlet conveyor, screen, and receiving equipment around the part geometry. Review liquid distribution, cleaning access, and the service requirements of the tube modules when planning the installation.