Safety Extended Length Carbide Burr for Interrupted Cuts

An extended-length burr specified for interrupted cuts, where load spikes and vibration dominate tool safety.

Safety Extended Length Carbide Burr for Interrupted Cuts - gallery view 1
Safety Extended Length Carbide Burr for Interrupted Cuts - gallery view 2
Safety Extended Length Carbide Burr for Interrupted Cuts - gallery view 3
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Safety Extended Length Carbide Burr for Interrupted Cuts - gallery view 5
Safety Extended Length Carbide Burr for Interrupted Cuts - gallery view 6

Design and Construction

A safety-oriented extended-length carbide burr for interrupted cuts, cross holes and uneven cast surfaces. Head geometry, braze quality and shank straightness are held to a consistent standard because intermittent engagement puts a shock load through the whole assembly.

How It Works

An interrupted cut loads and unloads the tool every revolution. On a long shank that cycle excites vibration, so the practical controls are a reduced side load, a secure collet grip and a tool with no braze or straightness defects.

Applications

Cross-hole deburring, cast skin removal, interrupted weld seams, uneven surfaces, maintenance work in frames.

Field Cases

  • Foundry: cross-hole burrs cleaned at reduced feed with no head losses.
  • Fabrication: uneven cast skins dressed without the grabbing seen at full feed.
  • Maintenance: frame welds with gaps and steps finished with a controlled light cut.

Performance Data

Metric Value / Observation
Primary duty Interrupted / intermittent cuts
Load pattern Cyclic shock loading
Controls Light side load, secure collet, sound joint
Construction Carbide head on straight extended shank

Suitable Materials

Cast iron, cast steel, carbon and alloy steel, stainless steel and weld metal.

Material Comparison: Continuous vs Interrupted vs Cross-Hole Engagement

How engagement pattern changes the load on an extended tool. Typical industry analysis:

Factor Continuous Cut Interrupted Cut Cross-Hole Edge
Load per revolution Steady Cyclic spikes Sharp spikes at each hole edge
Vibration excitation Low High Highest
Recommended side load Nominal Reduced Minimal
Collet grip requirement Standard Secure Very secure
Defect sensitivity Moderate High Highest
Typical feature Flat surface Weld seam, cast skin Cross-drilled hole

Delivery Scope

Single burr; reach, head shape and shank diameter confirmed with the order.

Why Choose VPOINT

Interrupted cuts are a safety problem on a long tool – the controls are stated instead of left to habit.

Precision & Quality Control

Braze integrity, shank straightness and head runout inspected per lot with ISO 9001 batch traceability.

Specifications

Published specification:

Item Specification
Type Safety extended length burr
Duty Interrupted / intermittent cutting
Construction Carbide head on straight shank
Controls Light side load, secure collet
Workpiece Cast iron, cast steel, steel, weld metal
Inspection Per-lot braze and straightness

Frequently Asked Questions

Why are interrupted cuts harder on a long tool?

The cyclic load excites vibration along the extended shank.

What should I change in the setup?

Reduce side load, secure the collet grip and use a tool with a sound braze joint.

Is it suitable for cross holes?

Yes – that is a primary application, at minimal side load.

Which materials?

Cast iron, cast steel, carbon and alloy steel, stainless and weld metal.

What is inspected?

Braze integrity, shank straightness and head runout per lot.

Related Search Terms

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