CF50 Zero-Gap Centrifugal Disc Finisher
- Data Sheet
- Product Description
- Video
| Model | Capacity | Chamber diameter | Dimension | Weight | Power |
| (L) | (mm) | (mm) | (kg) | (KW) | |
| CF20 | 20 | 333 | 880x1000x1620 | 127 | 1.1/1.5 |
| CF50 | 50 | 485 | 1457x2000x2300 | 550 | 2.2/3.0 |
Disc Finishing for Suitable Small Parts
The CF50 belongs to the described CF20/CF50 zero-gap centrifugal disc finishing range. Its ring arrangement is intended to control the interface between the rotating disc and the bowl. Evaluate it with the actual workpieces and media, particularly where thin features or fine media are involved.
- Siemens PLC and operator interface in the described configuration
- NORD drive motor and variable-speed control
- Polyurethane bowl with the specified ceramic or tungsten-alloy ring arrangement
- Water or compound supply and pumping selected for the intended process
Processing parts below 0.5 mm thick requires a review of the workpieces and ring arrangement. Confirm suitability through the selected ring specification and sample evaluation; a zero-gap designation alone does not guarantee retention of every thin part or media grade.
Provide the smallest part feature, material, batch quantity, media, and finish target. Confirm the wet or dry process configuration, electrical supply, and included controls in the quotation.
Related Equipment and Media
Related Products
Establish the Finishing Recipe
The rotating disc circulates the parts and media through the bowl. Select speed, load, time, and compound around the surface condition and dimensional requirements. A trial should check circulation, edge condition, media lodging, residue, and part damage.
Ring Condition and Process Compatibility
Ring material, assembly, wear, and the intended liquid-flow arrangement affect performance. Follow the supplied instructions for inspection and maintenance. The actual wet or dry design and its operating limits must be confirmed for the machine supplied.
Compare the complete process, including loading, unloading, screening, cleaning, and drying. The system should be selected using measured results on representative parts rather than a general efficiency multiplier or an assumption of maintenance-free operation.
Related Equipment and Media
