Product Overview
Our ceramic fiber tufted disc brush is manufactured from ceramic fiber (blue) and engineered for cnc deburring, with key advantages including superior chip clearance, exceptional rigidity and permanent self-sharpening.
Also known as custom ceramic fiber tufted disc brush, industrial disc brush or disc brush for cnc deburring.
Specifications and Custom Sizes
Custom Ceramic Fiber Disc Brush Sizes and Grits
Customizable according to customer requirements – disc diameter, filament trim length, cluster density, and shank configuration fully tailored to match specific workpiece geometries and equipment specifications.
Reference Drawing:
Standard Series:
| Dia A | Trim l. B | Shaft D. C | Shaft l. D | Total l. E | Devide F | Part No. |
|---|---|---|---|---|---|---|
| Ceramic Fiber | ||||||
| 35 | 44 | Ø8 | 46 | 110 | 10 | JM701035 |
| 45 | 44 | Ø8 | 43 | 110 | 13 | JM701045 |
| 55 | 44 | Ø8 | 43 | 110 | 14 | JM701055 |
| 65 | 50 | Ø12 | 51 | 126 | 19 | JM701065 |
| 85 | 50 | Ø12 | 52 | 126 | 21 | JM701075 |
Material Composition
This brush is built from 2 material groups – the high-purity sintered ceramic micro-fibers and steel disc base:
- Filament Material: High-purity sintered ceramic micro-fibers – pure ceramic fiber construction with no nylon base. Each bristle consists of 500–1,000 individual ceramic fibers that function as cutting edges . The ceramic fiber material contains no abrasive grains – the fibers themselves are the abrasive .
- Shank / Base Material: Steel disc base with independent tufted cluster mounting – individual filament tufts are point-anchored to the disc surface in a cluster arrangement (distinct from full-face solid pad designs)
Features and Applications
Ceramic Fiber Tufted Disc Brush Specifications
Our Tufted Cluster Ceramic Fiber Disc Brush features an innovative independent tufted filament mounting process, where individual bundles of high-purity sintered ceramic fibers are point-anchored to the steel disc base in a cluster pattern. This design – also known as a cluster ceramic fiber disc brush or side-milling disc brush – directly benchmarks against XEBEC wheel-type surface brushes.
Core Advantages – Cluster Structure + Ceramic Fiber Synergy:
- Superior Chip Clearance – gaps between filament clusters provide excellent chip evacuation, preventing clogging and material buildup during operation
- Exceptional Rigidity – ceramic fibers maintain their shape with no deformation even after repeated use ; the cluster design ensures stable geometry for precise CNC path control
- Permanent Self-Sharpening – ceramic fibers continuously expose fresh cutting edges during operation, maintaining consistent grinding power throughout the brush's entire service life
- Flexible Conformability – the cluster structure provides better tolerance for curved surfaces and stepped features compared to full-face solid disc designs
- Zero Metallic Contamination – no metallic debris or Foreign Object Debris (FOD); fully compliant with aerospace FOD control requirements
- Dual-Position Operation – both the disc face and side surfaces can be used for finishing operations, maximizing tool utility
- Consistent Cutting Performance – unlike wire and nylon brushes, the ceramic fiber brush does not deform ; each bristle consists of 500-1,000 ceramic fibers working as cutting edges, delivering grinding power comparable to a milling cutter
Primary Applications:
- Large Flat Surface Finishing – removing CNC milling cutter marks from flat surfaces and end faces (most core application)
- Stepped Surfaces and Cavity Side Walls – precision deburring of step surfaces, cavity side walls, and counterbore side walls
- New Energy Vehicle Component Processing – automated mass finishing of EV battery housings, motor components, and structural parts
- Aerospace High-Strength Alloy Finishing – surface finishing of aluminum, titanium, and superalloy aerospace components
- Precision Mold and Die Maintenance – template finishing, mold core refinement, and parting line surface conditioning
- 3C Electronics High-End Metal Components – large-area surface finishing of premium electronic device housings and structural parts
- Medical Device and Stainless Steel Components – precision surface finishing of surgical instruments and implantable devices
- CNC Machining Center / Robotic Automation – fully automated in-machine deburring and polishing
- Pre-Surface Treatment – surface preparation before painting, electroplating, and hard anodizing
Ceramic Fiber Tufted Disc Brush for CNC Deburring
Frequently Asked Questions (FAQ)
Q1: What is the advantage of the tufted cluster design over full-face ceramic fiber disc brushes?
The tufted cluster design provides gaps between individual filament tufts, which allows superior chip clearance and prevents clogging during operation. The cluster structure also offers better surface conformity for stepped features and slightly contoured surfaces, while maintaining the same rigidity and precision for CNC path control. Additionally, both the disc face and side surfaces can be used for finishing operations.
Q2: How does ceramic fiber compare to abrasive nylon or wire brushes?
Ceramic fiber brushes use 500-1,000 individual ceramic fibers per bristle that function as cutting edges . Unlike nylon brushes that rely on embedded abrasive grains, ceramic fibers are self-sharpening and maintain consistent cutting power throughout the brush's life . Unlike wire brushes, ceramic fibers do not deform, ensuring precise, repeatable results . Ceramic fiber brushes remove more material faster than nylon impregnated or brass finishing brushes .
Q3: What surface finish quality can this brush achieve?
Ceramic fiber brushes can achieve surface roughness as fine as Ra=0.1μm (Rz=0.4μm) . The brush is ideal for cutter mark removal, surface polishing, and achieving uniform finishes on flat and contoured surfaces .
Q4: Can this brush be used in automated CNC applications?
Yes. The tufted cluster ceramic fiber disc brush is specifically designed for CNC machining centers and robotic automation . The brush maintains its shape with no deformation, ensuring consistent, repeatable results in automated production runs . It can be installed on machining equipment with collet chucks, milling chucks, or drill chucks .
Q5: What materials can this brush effectively process?
Ceramic fiber brushes are effective on materials up to 65 Rc , including hardened steels, stainless steel, aluminum, titanium, Inconel, and other superalloys . The brush is ideal for aerospace, automotive, medical, and general precision machining applications. For soft materials such as pure copper and ultra-thin zinc alloys, use with caution as the cutting force may be excessive.
Ready to Automate Your Surface Finishing and Deburring Operations?
Our tufted cluster ceramic fiber disc brushes combine the superior cutting power of ceramic fiber technology with the chip-clearance benefits of cluster design. Available with customizable disc diameters, filament trim lengths, cluster densities, and shank configurations to match your specific CNC deburring, cutter mark removal, and surface finishing requirements.
Contact us for technical recommendations, custom sizing, and bulk order quotes. Provide your application details, workpiece material, and equipment specifications for a prompt engineering review.
Browse our full Ceramic Fiber Brush Series for additional precision finishing solutions, or explore our Disc Brush Series for other surface finishing requirements.
Related Categories
- Choosing a selection results in a full page refresh.