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OF-2512 1/8" O-Flute End Mill
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OF-2512 1/8" O-Flute End Mill

OF-2512 1/8" O-Flute End Mill

1/8" O-Flute End Mill
Tungsten Carbide • Nano Blue Coated

Overview
Built for clean, controlled cutting in plastics and other soft materials where chip evacuation and heat management matter most. The single-flute O-flute geometry clears chips efficiently to help reduce melting and improve edge quality, especially on smaller features and tighter geometry.

Best For

  • Acrylic
  • HDPE, UHMW, and Delrin
  • PVC
  • Thin plastic sheet goods

Why Choose It

  • Single flute for excellent chip evacuation
  • Helps reduce heat buildup in plastics
  • Ideal for small features and fine profiles
  • Produces clean edges with minimal melting

Starting Parameters
Higher RPM with controlled feed works best. Adjust for material, machine rigidity, and chip formation.

  • Spindle: 18,000–24,000 RPM
  • Feed: 80–180 IPM
  • Plunge: 20–40 IPM
  • Cut Strategy: Keep feed high enough to make chips, not dust

Specifications

  • Tool Type: O-Flute End Mill
  • Flutes: 1
  • Cutting Diameter: 1/8"
  • Cutting Length: 0.79"
  • Shank Diameter: 1/4"
  • Overall Length: 2.36"
  • Material: Tungsten Carbide
  • Coating: Nano Blue

Notes

  • Not recommended for hardwood or plywood
  • Avoid slow feeds in plastic to prevent melting
  • Air assist or vacuum extraction improves results
$8.40

Original: $24.00

-65%
OF-2512 1/8" O-Flute End Mill

$24.00

$8.40

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OF-2512 1/8" O-Flute End Mill - Image 2

OF-2512 1/8" O-Flute End Mill

1/8" O-Flute End Mill
Tungsten Carbide • Nano Blue Coated

Overview
Built for clean, controlled cutting in plastics and other soft materials where chip evacuation and heat management matter most. The single-flute O-flute geometry clears chips efficiently to help reduce melting and improve edge quality, especially on smaller features and tighter geometry.

Best For

  • Acrylic
  • HDPE, UHMW, and Delrin
  • PVC
  • Thin plastic sheet goods

Why Choose It

  • Single flute for excellent chip evacuation
  • Helps reduce heat buildup in plastics
  • Ideal for small features and fine profiles
  • Produces clean edges with minimal melting

Starting Parameters
Higher RPM with controlled feed works best. Adjust for material, machine rigidity, and chip formation.

  • Spindle: 18,000–24,000 RPM
  • Feed: 80–180 IPM
  • Plunge: 20–40 IPM
  • Cut Strategy: Keep feed high enough to make chips, not dust

Specifications

  • Tool Type: O-Flute End Mill
  • Flutes: 1
  • Cutting Diameter: 1/8"
  • Cutting Length: 0.79"
  • Shank Diameter: 1/4"
  • Overall Length: 2.36"
  • Material: Tungsten Carbide
  • Coating: Nano Blue

Notes

  • Not recommended for hardwood or plywood
  • Avoid slow feeds in plastic to prevent melting
  • Air assist or vacuum extraction improves results

Product Information

Shipping & Returns

Description

1/8" O-Flute End Mill
Tungsten Carbide • Nano Blue Coated

Overview
Built for clean, controlled cutting in plastics and other soft materials where chip evacuation and heat management matter most. The single-flute O-flute geometry clears chips efficiently to help reduce melting and improve edge quality, especially on smaller features and tighter geometry.

Best For

  • Acrylic
  • HDPE, UHMW, and Delrin
  • PVC
  • Thin plastic sheet goods

Why Choose It

  • Single flute for excellent chip evacuation
  • Helps reduce heat buildup in plastics
  • Ideal for small features and fine profiles
  • Produces clean edges with minimal melting

Starting Parameters
Higher RPM with controlled feed works best. Adjust for material, machine rigidity, and chip formation.

  • Spindle: 18,000–24,000 RPM
  • Feed: 80–180 IPM
  • Plunge: 20–40 IPM
  • Cut Strategy: Keep feed high enough to make chips, not dust

Specifications

  • Tool Type: O-Flute End Mill
  • Flutes: 1
  • Cutting Diameter: 1/8"
  • Cutting Length: 0.79"
  • Shank Diameter: 1/4"
  • Overall Length: 2.36"
  • Material: Tungsten Carbide
  • Coating: Nano Blue

Notes

  • Not recommended for hardwood or plywood
  • Avoid slow feeds in plastic to prevent melting
  • Air assist or vacuum extraction improves results