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woodturning 1/4" spindle gouge with high speed steel blade and wooden handle on a white background
  • woodturning 1/4" spindle gouge with high speed steel blade and wooden handle on a white background
  • close up of woodturning 1/4" spindle gouge with high speed steel blade and wooden handle on a white background
  • woodturning 1/2" spindle gouge with high speed steel blade and wooden handle on a white background
  • close up of woodturning 1/2" spindle gouge with high speed steel blade and wooden handle on a white background
  • woodturning 1/2" spindle gouge with fingernail grind high speed steel blade and wooden handle on a white background
  • close up of woodturning 1/2" spindle gouge with fingernail grind high speed steel blade and wooden handle on a white background
  • close up of woodturning 1/2" spindle gouge with fingernail grind high speed steel blade
Diamic by Henry Taylor Tools Round Bar Spindle Gouge

Diamic by Henry Taylor Tools Round Bar Spindle Gouge

HS5
£28.16
Taxes included. Shipping calculated at checkout.
Round Bar Spindle Gouge

The Diamic by Henry Taylor Tools Round Bar Spindle Gouge is used for detailed shaping between centres on parallel grain, particularly for concave curves.  

This fine turning tool, featuring a High Speed Steel blade, combines traditional handcrafting and forging skills with modern heat treatment and finishing techniques to deliver the design, finish, and edge retention properties demanded by woodturners of today.

The blade is carefully forged, hardened and tempered, and then hardness tested to guarantee edge retention.

The Diamic by Henry Taylor Tools Round Bar Spindle Gouge is available in the below sizes:

  • HS5 - 1/4" (6mm) with 7" handle
  • HS6 - 3/8" (10mm) with 10" handle
  • HS7 - 1/2" (13mm) with 10" handle
  • HS7A - 1/2" (13mm) Fingernail Grind with 10" handle

The tool has a Henry Taylor Diamic brand stained beech handle and is finished with a brass ferrule. 

 

Notes:

Sizes are approximate. 

These tools are hand forged using traditional techniques and, as such, are not precision made.

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