The micro-adjustable gouging machine
Westwind takes the guesswork out of gouging reed cane and gives you the precision you need to pursue your perfect reed.
Why buy the Westwind Gouger?
Gouging reed cane has always been one of the most thankless tasks when making Oboe reeds. Traditional gougers are imprecise and difficult to adjust, making it time-consuming and risky to experiment with your gouge dimensions. Since a change in the gouge thickness also affects the sidewall dimensions, it is very difficult to experiment and then return to the original settings. To make matters worse, removing the blade affects all the settings, so sharpening the blade is avoided for a long as possible because the gouger then has to be “set up” again. In short, traditional gougers force us to work under less than optimal conditions.
The Westwind Gouger is designed to overcome all of these challenges. Using state of the art machining techniques, the Westwind Gouger gives you unprecedented control. Available for Oboe, English Horn, or Oboe d’Amore, this is the first reed making tool that actually encourages you to fine-tune your measurements rather than penalizing you for experimenting with them!
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Put the blade exactly where you want it
The Westwind Gouger is unlike any other gouger because it lets you adjust every aspect of your gouge independently, exactly, and repeatably. It begins by separating and isolating the four settings—gouge thickness, sidewall thickness, chip thickness, and blade location—so that each adjustment is completely unrelated to the other. The next step is to make each of them micro-adjustable so that each turn of the screw represents precisely one small unit of measurement. You can, for instance, use the sidewall adjustment to configure your gouger with a single or double radius. Placing on the center line of the cane gives you a single radius gouge, while placing it off the center line gives you a double radius gouge.
With this tool, you’ll be able to measure the cane, decide what you want to do differently, make the adjustment, and try it. If you don’t like it, you can always return to your original settings with a simple turn of the screwdriver. After all, the mystery shouldn't be how to get the blade where you want it. The mystery is in knowing where you want to put it in the first place!
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Sharpen your blade in minutes
The blade on the Westwind Gouger is made from the finest tool steel so you can gouge plenty of cane before re-sharpening it…but when the time comes, you’ll never have to compromise again. The blade mounting system allows the blade to be removed, sharpened, and replaced in less than 10 minutes. And since the blade location is independent of the other adjustment settings, you can return to gouging immediately without further setup.
We all know how important it is to use a sharp reed knife. A dull edge makes the scrape rough rather than smooth, and a really dull edge can actually crush the fibers of the cane. Just like your reed knife, the blade on your Westwind Gouger can be sharpened when you see the first signs of dullness. And that means you’ll be gouging under optimal, rather than marginal conditions.
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Turn one gouger into three
If you play more than one instrument in the oboe family, buying gougers for each can put a big strain on your budget. That’s why the Westwind Gouger was designed with expansion in mind. You can start with any gouger configuration—Oboe, English Horn, or Oboe d’Amore—then reconfigure it easily with an optional expansion kit. Simply replace the interchangeable cane bed and blade assemblies to turn one gouger into another. The cane stop on the guillotine can be shifted to accommodate the different reed lengths as well. The entire replacement process takes less than 10 minutes, so you’ll be up and running in no time.
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Learn the details
There are two types of adjustment mechanisms used on the Westwind Gouger, super-fine and medium-fine. The super-fine mechanism handles the most critical adjustments: gouge thickness (depth of gouge) and sidewall thickness (off-centerline). The medium-fine mechanism controls the secondary adjustments: chip thickness and blade indexing. This chart explains the benefits in detail.