
Inner / Outer Wound Spring Brush
A flexible spring brush that can be wound internally or externally for cleaning, polishing and edge treatment on complex geometries.
| Winding styles | Inner wound, outer wound, side wound, strip form |
| Custom shape | Straight, circular, spiral and profiled forms |
| Filament options | Nylon, abrasive nylon, natural hair, metal wire |
| Core wire | Carbon steel or stainless steel |
| Application | Cleaning, polishing, deburring |
Key Features
- ? Flexible geometry for machines with curved or confined brushing paths.
- ? Available in multiple winding directions and diameters.
- ? Suitable for both light cleaning and more aggressive surface work.
Product Video
See the brush structure and working performance more clearly

Inner / Outer Wound Spring Brush
Spring brushes are ideal when the brush must wrap around a shaft, tube or custom path while keeping continuous contact.
- Flexible geometry for machines with curved or confined brushing paths.
- Available in multiple winding directions and diameters.
- Suitable for both light cleaning and more aggressive surface work.
Configuration and custom options
We can build the spring diameter, pitch, core wire and filament type to match your machine design or replacement sample.


Application Example: Irregular path cleaning and edge treatment
Challenge: Standard straight brushes cannot follow certain curved machine paths or internal channels consistently.
Solution: A custom-wound spring brush matches the machine path closely, giving stable brushing force around cylinders, openings and shaped channels.
Every inner / outer wound spring brush is built to order. Share your machine model, drawing or key dimensions and our team will provide a matching production drawing for confirmation.

Custom Manufacturing Process
A clear workflow for custom industrial brush projects
Requirement Review
Confirm the application, dimensions and target service life
Design Proposal
Recommend materials, structure and confirmation drawings
Sampling and Validation
Produce samples and verify fit, balance and durability
Mass Production
Manufacture on schedule and support delivery planning



