Products Details
| substrate | Glass |
| coating | Anodizing |
| type | Coating and Plating Machine |
| voltage | Customized |
| Production Capacity | 10L/h |
| Coverage Area | 125sqft/lb(25.60m2/kg) |
| dry time | 15 min |
| Operating Mode | Automatic |
| core components | Anodizing Bath |
| Application | Metal Oxidation |
| Filter Type | Cyclone |
| key selling points | Easy To Operate |
| machine type | Coating and Plating Machine |
| machinery test report | Provided |
| video outgoing-inspection | Provided |
| power(w) | Customized |
| weight (kg) | 1000 |
| dimension(l*w*h) | Customized |
| Pre-Treatment System | Washing Equipment Degreasing Equipment etc. |
| Control System | PLC Control System |
| Dimension | Customized |
| Output | Customized |
| After-Treatment System | Washing Equipment |
| Auxiliary Equipment | Rectifier Dryer Filter and Waste Gas Treatment Equ |
| Material of Tank | PP PVC Stainless Steel |
| Model Type | Full-Automatic Semi-Automatic Manual |
| Material of Framework | Square Steel Pipe |
FAQ
1. What is a Continuous Electrochemical Finishing Line?
A Continuous Electrochemical Finishing Line is an automated metal surface finishing system that uses electrochemical processing to improve smoothness, precision, and corrosion resistance in continuous production.
2. How does electrochemical finishing improve metal parts?
Electrochemical finishing removes microscopic surface irregularities, reduces burrs, and enhances surface quality for cleaner, more uniform metal parts.
3. What industries use a Continuous Electrochemical Finishing Line?
A Continuous Electrochemical Finishing Line is widely used in automotive, aerospace, hardware, electronics, and industrial manufacturing for high-volume metal finishing.
4. Can this finishing line handle complex part geometries?
Yes, a Continuous Electrochemical Finishing Line can be configured for complex geometries, helping achieve consistent electrochemical finishing on challenging conductive parts.
5. What are the main benefits of continuous electrochemical finishing?
The main benefits of continuous electrochemical finishing include better surface finish, improved corrosion resistance, higher throughput, and reduced labor costs.
6. Is a Continuous Electrochemical Finishing Line suitable for mass production?
Yes, it is designed for mass production and continuous manufacturing environments where stable output and process repeatability are critical.
7. What materials can be processed with electrochemical finishing?
A Continuous Electrochemical Finishing Line is typically used for conductive metals such as stainless steel, carbon steel, copper, aluminum, and related alloys.
8. Does this system support custom process settings?
Yes, electrochemical finishing systems can be customized with specific parameters to match different materials, part sizes, and surface finish targets.
9. How does this line improve manufacturing efficiency?
A Continuous Electrochemical Finishing Line improves manufacturing efficiency by automating surface finishing, reducing manual intervention, and increasing production throughput.
10. Why choose a Continuous Electrochemical Finishing Line for OEM production?
OEM manufacturers choose a Continuous Electrochemical Finishing Line for reliable electrochemical finishing, consistent quality, and scalable high-volume production.
