UFIBER® — TECHNICAL INFORMATION & APPLICATION SUPPORT

UFIBER® Technical Center

Technical information for the complete UFIBER finishing system — ceramic fiber brushes, radial ceramic fiber discs, ceramic diamond stones, Portable E-Pack, Floating Dampers and the UFIBER AI Assistant. Find product data, machining recommendations, operating guidance, safety information and application support.

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Complete UFIBER® Technical Center Covers UFIBER Ceramic Fiber Brushes, Radial Ceramic Fiber Disc, Ceramic Diamond Stones, Portable E-Pack, Floating Dampers and the UFIBER AI Assistant. Detailed brush-family guides remain available below for Surface, Cross-Hole, End-Type and Point-Type Brushes.
UFIBER® TECHNICAL GUIDES

Detailed UFIBER Technical Guides

Choose the UFIBER tool or system you need. The four ceramic fiber brush families remain first, followed by the Radial Ceramic Fiber Disc, Ceramic Diamond Stones, Portable E-Pack and Floating Dampers — each with a direct link to its dedicated technical page.

FLAT SURFACES & EDGES

Surface Brush

For controlled surface deburring, edge finishing and polishing on flat or open geometries. Designed primarily for CNC, machining-center and robotic applications.

Surface Deburring Polishing CNC / Robot Sleeves & Shanks
Representative UFIBER Surface Brush
Inside this guide
  • Product range & dimensions
  • Sleeves, shanks & spare parts
  • Grit selection
  • Machining recommendations
  • RPM calculation
  • Safety & 3D models
INTERNAL BORES & INTERSECTIONS

Cross-Hole Brush

For controlled deburring of internal bores and intersecting cross-holes. Fibers expand during rotation to contact internal surfaces and burr edges.

Cross-Hole Deburring Internal Bores CNC / Robot Diameter Control
Representative UFIBER Cross-Hole Brush
Inside this guide
  • Brush & pilot-hole selection
  • Grit selection
  • Insertion / withdrawal method
  • Stroke & intersection geometry
  • Machining recommendations
  • RPM, safety & 3D models
LOCALIZED AXIAL FINISHING

End-Type Brush

Straight and 45° ceramic-fiber brushes for localized axial contact, chamfers, corners, recesses and difficult-to-access finishing areas.

Straight + 45° Localized Finishing All Equipment Types UF9999 Compatible
UFIBER Straight End-Type Brush
Inside this guide
  • Straight & 45° configurations
  • Product range
  • Grit selection
  • Machining recommendations
  • Portable-use guidance
  • Safety & 3D models
SMALL DIAMETERS & PRECISION AREAS

Point-Type Brush

Small-diameter precision brushes for bores, localized features and fine finishing where controlled access and small contact areas are required.

Ø1.0–Ø3.0 mm Precision Finishing All Equipment Types UF9999 Compatible
Representative UFIBER Point-Type Brush
Inside this guide
  • Ø1.0–Ø3.0 mm product range
  • Metric & inch dimensions
  • Grit selection
  • Machining recommendations
  • Portable-use guidance
  • Safety & 3D models
RADIAL DEBURRING, GRINDING & POLISHING

Radial Ceramic Fiber Disc

Thin ceramic-fiber discs for controlled radial deburring, edge finishing, local grinding and polishing in precision finishing applications.

Radial Deburring Grinding Polishing Max 9,000 RPM
UFIBER Radial Ceramic Fiber Disc
Inside this guide
  • Disc range & dimensions
  • Grit selection
  • Adapters & mounting
  • Machining recommendations
  • Maximum-speed guidance
  • Safety & application information
PRECISION FINISHING & POLISHING

Ceramic Diamond Stones

Point-type ceramic diamond stones for controlled precision finishing, polishing and lapping of hard and difficult-to-machine materials.

Ø1–Ø3 mm #200–#800 Up to 60,000 RPM ≈1 N Contact
UFIBER Ceramic Diamond Stone point-type precision finishing tool
Inside this guide
  • Product range & dimensions
  • Grit selection
  • Speed recommendations
  • Contact-force guidance
  • CNC & manual setup
  • Safety & operating limits
PORTABLE FINISHING SYSTEM

UF9999 Portable E-Pack

Portable electric power pack and ergonomic handpiece for controlled UFIBER finishing when flexible manual operation is required.

UF9999 Portable Electric Handpiece Up to 30,000 RPM
UFIBER Portable E-Pack UF9999 power pack and ergonomic handpiece
Inside this guide
  • Power pack & handpiece
  • Speed control
  • Compatible UFIBER tools
  • Operating instructions
  • Plug / adapter information
  • Tool-specific RPM limits
CNC & ROBOTIC CONTACT CONTROL

Floating Dampers

Spring-loaded floating holders for controlled brush contact and automatic wear compensation in CNC and robotic finishing applications.

BT30 / BT40 End-Type CNC / Robot Spring Compliance
UFIBER BT30 and BT40 Floating Damper
Inside this guide
  • BT30 / BT40 & End-Type models
  • Stroke & spring force
  • Maximum RPM
  • Mounting & tool capacity
  • Operating instructions
  • Safety & usage guidelines
TECHNICAL SELECTION WORKFLOW

From Ceramic Brush Selection to Starting Parameters

Use this workflow specifically for UFIBER ceramic fiber brush applications.

1

Select Geometry

Choose Surface, Cross-Hole, End-Type or Point-Type according to the area the brush must reach.

2

Select Grit

Match grit to burr condition, workpiece material and required surface finish.

3

Set Parameters

Use the guide for recommended RPM, feed, depth of cut, projection, stroke and number of passes.

4

Validate & Optimize

Start conservatively, inspect the component and optimize the process on the actual workpiece.

EQUIPMENT COMPATIBILITY

Recommended Equipment by Ceramic Brush Family

This compatibility overview applies to UFIBER ceramic fiber brushes only.

Brush Family Machining Center Lathe
with Milling
Lathe
without Milling
Dedicated Machine Robot Electric
Rotary Tool
Air-Powered
Rotary Tool
Surface Brush ✓ ✓ ✓ ✓ ✓ — —
Cross-Hole Brush ✓ — — ✓ ✓ — —
End-Type Brush ✓ ✓ ✓ ✓ ✓ ✓ ✓
Point-Type Brush ✓ ✓ ✓ ✓ ✓ ✓ ✓

✓ Recommended    — Not recommended. Always follow the individual brush guide for mounting, speed and process limitations.

APPLICATION SUPPORT

Not Sure Which UFIBER Tool, Grit or Starting Parameters to Use?

Start with the UFIBER AI Assistant or send NOGA your workpiece material, feature dimensions, burr condition, machine type and required finish. Final tool selection and machining parameters should always be validated on the actual component.