On Meeting the Public…

Creating new – and hopefully fine – craft in my studio/workshop is at the heart of what I do.  But along with that comes photographing, displaying it in my supporting galleries and on-line venues, and of course publicizing it (writing ad copy, SEO, and all that fun stuff.)  The only thing is: those tend to be insular activities.

Yes, I try to write to my “ideal” collector – the person with the interest and disposable income needed to buy my work.  I engage in Facebook and Twitter conversations.  But again, it’s not the same as meeting and interacting with people in the real world.

I find that setting-up a booth at an art or fine craft show, attending a gallery opening, demonstrating and teaching my craft invigorating!  There feedback is instantaneous.  You see reactions firsthand.  You pick up on clues – both spoken and subtle – to improve your work.  If you’re perceptive, you can learn more in a few minutes than you can in days in the studio.

And beyond learning, going out and meeting the public involves sharing a bit of yourself.  Teaching and explaining one’s craft to others involves giving a bit of yourself – and your passion for your work.  While there’s risk in that, I find that such sharing not only imparts knowledge (and sometimes skills) to others, but aids in cementing and refining one’s own abilities; like the old saw: “what goes around….”

As Ovid famously said: “Carpe diem!”

 

"Olde Tyme Series" Salt & Pepper Mills

"Olde Tyme Series" Salt & Pepper Mills in Black Walnut

 

 

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SteelStacks Arts & Antiques Market

Looking for something different to do this Memorial Day Weekend?  I’ll be exhibiting my latest and most popular wood turned fine craft at Historic Bethlehem’s new SteelStacks Arts & Antiques Market.   Deluxe "Olde Tyme Series" Coffee Grinder

Featuring artwork, antiques, live auctions, and more on the SteelStacks campus located at the base of the steel factory, SteelStacks offers a variety of programs designed to appeal to diverse members of the community.

Don’t miss this chance to see – up close and personal – all the work pictured on Facebook, my Etsy shop and more!

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Wooden Bowl Care

You love that beautiful wooden bowl you see online. You think to yourself, “Wow, it’s expensive… but it’s perfect for my niece’s wedding…. it’s so pretty…but that beautiful finish would disappear the first time she used it….”

All of that is understandable since very few of us have ever seen – let alone held – a quality wooden fruit or salad bowl; one that not only looks good, but fits the hand so well it doesn’t want to be set down.  One that feels so good that even carrying it to the table is an experience.

But how do you keep that beautiful finish?  Simple really:

  1. Buy from an established artisan who finishes his (or her!) bowls in pure walnut oil.  Walnut oil penetrates deeply into the wood then hardens to form a durable, food-safe finish.  Other finishes are often used and someday something better could come along, but for the moment walnut oil is the gold standard.
  2. Hand wash your bowl quickly in warm water and normal dish washing detergent.  Towel off the excess water and let it air dry before putting it away – or better yet: back on display.
  3. And that’s it.

Just don’t let it soak in the dish water.  And don’t run it through the dish washer!

With this simple care, your bowl should last for generations – acquiring an even richer, deeper patina along the way.

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Introducing my “From the Heart” Series of Lidded Boxes

First shown to the Lehigh Valley Chapter of the Pennsylvania Guild of Craftsmen this past Tuesday, I am delighted to introduce my new “From the Heart” series of lidded boxes to the online community. This example is in English Walnut with Lignum Vitae and African Blackwood insets in the lid. The underside of the lid features neatly incised “chatterwork” decorations. From the Heart Series Lidded BoxFrom the Heart Series Lidded BoxFrom the Heart Series Lidded BoxSubsequent editions will be available in Black Walnut and Wild Cherry along with, on special order, a variety of sustainably-harvested exotic woods.
3-3/4″ (9.5cm) x 3-3/4″ (9.5cm).

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Pedestal Candy Dish

Trying something a little different this afternoon, I decided to make a wooden version of a crystal candy dish my mother used to have. Made from two pieces of white oak crotch with a lignum vitae base – finished in walnut oil. It’s on sale in my Etsy shop.Pedestal-Base Candy Dish

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Welcome to the new TurningArts.com Blog!

I’m very excited about the fresh look of the new TurningArts.com blog.  The same content you’ve enjoyed in the past has been migrated over to the more powerful WordPress&reg platform – so everything’s still here! I plan to bring you a variety of new posts in the coming weeks that I hope will inform and entertain you.

Please feel free to register and follow along! Your comments are always welcome!

Brad

Deluxe "Olde Tyme" Coffee Grinder in Fancy Walnut

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French Polishing on a Wood Lathe, Part 2

Back in June 2010, I published what has become a very popular post about French Polishing. (See “French Polishing on the Wood Lathe“) Since then, I’ve gotten several requests for more information.  So here goes…

First, surface preparation is key.  Go back and re-read the above post, if necessary.  And secondly, the materials (Disclaimer: although I periodically teach at the Allentown, PA Woodcraft store, I have no other commercial affiliations with any of the companies listed below – just a delighted customer!):

  • Shellac.  I use a hand-mixed shellac using a garnet button lac called “bysakhi” that I buy from Shellac.net mixed to a 2 lb cut.  I mix and store about a 2-week supply in a plastic squeeze bottle.  We want our shellac very fresh!
  • I grind the shellac “buttons” in a coffee grinder and dissolve the resulting powder in 200-proof grain alcohol, which we can buy from any Woodcraft store or Tools for Working Wood in Brooklyn, NY.  Tools for Working Wood is also a great resource for all things “woodturning.”  (Incidentally, Joel’s blog is a great read.  Check it out.)  We can also use 190-proof grain alcohol available in liquor stores in most states.  Regardless, it’s your choice. I do avoid commercial denatured alcohol (DNA), because (a) it’s anything BUT eco-friendly and (b) don’t think it works as well as grain alcohol.
  • Alcohol.  You’ll also need another squeeze bottle containing nothing but pure grain alcohol for diluting the shellac in Step 3 of the french-polishing process.
  • Oil.  I use pure (it’s actually “kosher”) walnut oil that I buy in bulk from JEdwards up in Cambridge, MA.  Any vegetable oil will work, but I like walnut oil because I think it gives a slightly harder finish, it’s inexpensive and I keep a lot on hand for finishing my wood turned bowls. (BTW, for the bowl turners in the audience, walnut is a penetrating oil that hardens (polymerases) to form a durable finish that’s food-safe right from the get-go. No waiting 72 – or more – hours to “cure.”)
  • Pumice or Rottenstone.  You can use either 4F pumice or rottenstone in the pore filling process.  I think rottenstone might be a little easier for beginners to work with, but again it’s your choice.  Both are widely available at most hardware stores.
  • Cloth.  I use sections of an old cotton undershirt folded into 3 – 4 layers, which I hold against the workpiece with my index finger.  (That said: please use common sense and be very careful about wrapping cloth around your finger – and don’t get anything caught in the lathe.  Accidents can happen in a millisecond if you’re not paying attention!  Safety first….)

Ok, so let’s get to it.  There are three basic steps to French Polishing on the wood lathe:

  1. The first is provide a base layer of shellac that will be used in the wood pore filling step (step 2.)  We do this by applying multiple heavy layers of shellac while running the lathe at VERY low speed.   We wet our folded rag with a dozen or more drops of shellac and apply the shellac to the workpiece using finger pressure.  As we move along, we drizzle drops of shellac on the turning workpiece as necessary while spreading it from below with our rag.  (I know: we just violated a bunch of rules that apply to manual French-Polishing, but bear with me – it works!)Let me say this again: slow speed is critical to your success. Our hand-mixed shellac dries very quickly and will streak very badly if you apply it at too high rate of speed.  As an example, I finish my “Olde Tyme” pepper mills (~3″ in diameter) at about 120 rpm.  Larger pieces are turned even slower.  A 14″ platter might be turned at 20 – 40 rpm.  Use the hand wheel if your lathe can’t be turned-down that low.  Apply a drop of oil to the rag and spread it around with a finger if you find the rag dragging or sticking to the workpiece.After applying 2 – 3 passes of shellac, we speed the lathe up to 500 – 600 rpm, let it run for a few seconds, then buff the workpiece using a DRY section of rag. There are two objectives here: (1) although the alcohol will have mostly evaporated, we need to force out any adulterants (mainly water) that might remain in the finish and (2) to level out the previously applied shellac.  The finish will “cloud” as we start, due to mild abrasion from the cloth. Our shellac is still very soft at this point, so start with minimal pressure and gradually increase pressure as the finish clears.  Change sections of the cloth periodically until the cloth comes away clean.  This only takes a minute or so.Repeat the process until the pores are covered.  Close grained maples may only take one repetition, while open-grained woods like ash or hickory might take 4 – 5 passes.  It’s tough to over-do at this stage, so I find a little more is generally better.  We can also add a drop of oil to the rag along with the shellac if the rag drags or pulls on the workpiece.
  2. Step 2: Pore filling.  Shake a small amount of pumice (or rottenstone) onto a sheet of paper.  Spread it around to an even thickness – about 1/16th of an inch works for me.  Now, we wet our rag with 4 – 5 drops of shellac, apply a drop of oil and mix the two together with a finger.  Backing the wet section of rag with our finger, we dab a “cut” of pumice onto the wet rag from the paper.  Next (and this is important!) spread the pumice around the wet portion of the rag with another finger until the pumice “clarifies.”  (We REALLY don’t want to apply unclarified pumice/rottenstone to the turning workpiece.)Now press the shellac/oil/pumice into the turning workpiece while moving your finger in a circular or “figure-8″ motion.  Work on about an inch or two at a time until the entire workpiece is covered.  The finish again will “cloud”. Stop and re-load your rag when the finish starts to clarify.  We can get a little aggressive here and apply some pressure with our finger into the workpiece. When you hear a “swishing” sound, you know the process is working.Repeat until we’ve made 3 – 4 passes over the entire workpiece.  You will see a skim of stuff coming off the trailing edge of the cloth – and often layers of cloth will be worn away.  Then you really know the process is working!What’s happening is this: The alcohol in the shellac is dissolving some of the previous coats of shellac while the pumice/rottenstone is “sanding” down/leveling the microscopic ridges on the wood surface creating loose wood fibers that then combine with the pumice and shellac to create an amalgam that fills the pores in the surface of the workpiece – and is held in place by the shellac.  Instant wood filler!Now, run the lathe up to 500-600 rpm and again buff using a dry section of cloth. We are now removing any loose wood fibers, excess pumice/rottenstone, forcing out any adulterants, and again leveling our finish.  At the end of this step, we should have what would ordinarily pass as a reasonable “friction polish.”  But the best is yet to come.Quick note:  you can repeat Step 2 as often as you need at any subsequent point in the process if/when you mess-up the finish.  Step 2 is also where I often start repairs to a damaged french-polished finish.

    For most work, we can go right to Step 3, but if we’re looking for the ultimate finish, it’s sometimes good idea to let the workpiece sit overnight (or even for 2 -3 days) to let the finish really “gas-out” and harden a bit more before proceeding to the final steps.  Experience will guide you.

  3. Now the rewarding part:  French polishing.  Take a clean section of rag, fold it over 2 – 3 times and apply 5 – 6 drops of shellac.  Next, take the squeeze bottle of pure alcohol and dilute the shellac by about 50% (the amount isn’t critical – just get in the ballpark – we just want very thin shellac at this point) and apply a drop of oil.  Use another finger to spread the mixture around.  We want everything well-mixed before our wet rag touches the turning workpiece.Running the lathe at slow speed, gradually work the diluted shellac/oil mixture into the workpiece – once again in a circular/figure-8 motion, using some firm finger pressure. (The idea is to cause the alcohol to partially dissolve the underlying shellac so as to form a firm bond with the next “micro-coat” of shellac and oil.  Don’t get carried away and try to muscle things, no broken fingers or workpieces here….)  Again the finish will “cloud” but soon clears.  That tells us the shellac is being applied.  Re-load the rag with shellac/alcohol and a drop of oil and repeat the process whenever the “cloud” disappears.By now, the finish should begin to really shine!After we’ve covered the entire workpiece 4 – 5 times, we once again speed the lathe up to 500 – 600 rpm and buff with a dry cloth until the finish takes on a spectacular shine.  We repeat Step 3 again, if necessary. (Once we get the technique down, the finish at this point will be amazing!  Note: If you want to continue french-polishing beyond 2 – 3 repetitions of Step 3, it’s a good idea to let the piece sit overnight to “gas-out” and harden.  Again, use your judgment.)
  4. Optionally, we can apply a coat of wax.  I use either beeswax of carnauba wax to give a layer of protection against spills (Caveat: alcohol – like from a spilled glass of wine – will harm our finish. Remember, we’ve been using alcohol as a solvent throughout.  If this happens, all is not lost.  Simply re-mount the piece on the lathe, and re-start at step 2.)

And that’s about it.  Like any new technique, French-Polishing on the lathe requires a certain amount of practice to get right.  But with a little patience….

To give you an idea of time, it typically takes me about 45 minutes to an hour to french-polish one of my pepper mills.  So the process isn’t terribly quick, but it beats the 3 – 4 weeks normally required of the manual process.

Please feel free to share this post among your friends – and don’t hesitate to reach-out to me with questions.

Enjoy!

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Is it Good Enough to Sell?

When I sell one of my woodturnings, I sell more than a piece of wood – however attractive or well crafted it might be.  When that work goes out my, or one of my galleries’, doors – or leaves my display tent, parts of me go with it.  The intellectual, emotional and perhaps skill that went into its creation.

At the same time, I find myself asking the same questions over and over.  Did I pick the best wood?  The best finish? Did I craft the piece to the best of my ability?  How could I have improved it?  Those are the technical questions.

The more difficult questions have to do with: “Did the work truly express what I was trying to communicate at the time?  How will I do better next time?  Sometimes the answers come at 3:00AM.  And sometimes it takes a bit longer.

I guess my colleague, Cindy Drozda says it best when she asks, “What is my favorite work?  My last one.  Which is my best work?  My next one.”  The Japanese call it “Kai zen” – gradual, incremental improvement.  So I believe the driving force behind fine art and fine craft is bilateral: dissatisfaction paired with yearning for improvement.

But to answer the question: “Is it good enough to sell?”  I believe this: if I’m happy to sell a work – or am neutral about it – the answer’s “no.”  And that piece goes in the scrap bin. On the other hand, if it hurts me – to the bottom of my soul – to put a work up for sale, it’s probably good enough.

At least I hope so.

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French Polishing on a Wood Lathe

 

As my friends and collectors know, I am passionately committed to environmentally friendly finishes – what the FDA calls “GRAS” (“Generally Regarded As Safe.”)  For me, that usually means using pure, food-grade walnut oil on all pieces intended for direct food contact. For other work, I generally favor my own beeswax and walnut oil polish, the Real Milk Paint Company’s “Dark Tung Oil” or Tried ‘n True’s “Original” finish.  All of these products produce surfaces ranging from mat to a warm satin sheen, largely depending on the wood.  “Hard” hardwoods like ash, oak, beech, and hard maples, when properly dried, can be sanded and polished so that a touch of walnut oil produces a bright, almost semi-gloss, finish.  While the softer hardwoods like walnut and birch take on a softer mat glow.

Some work, like the candlestick set shown above, however, cries-out for a high-gloss finish.  Problem is: most glossy finishes are anything but eco-friendly.  (Yes, I know: after 72 – or so – hours, just about any commercial finish is considered “safe,” but until then exposing oneself to mineral spirits and other VOC’s is not something I care to do.)

Another technique, familiar to woodturners – especially pen turners – is called “friction polishing.”   Friction polishing is a fairly simple technique that uses a shellac-based finish that is applied directly via a rag held against the spinning workpiece.  As the finish is applied, friction-induced heat dries it almost instantly.  Although comparatively easy, friction polishing isn’t foolproof.  But with a little practice, one can obtain a pretty decent gloss finish.  The nice things about friction polishing are (a) it’s quick and (b) shellac is a natural product that, when dissolved in grain alcohol (I use 190-proof from the liquor store), fits into the GRAS category. (Shellac is also used as a pill coating, btw.)

While friction polishing can produce a pretty good finish, there are times, like with this walnut platter, when something even better is desired.  At times like that, I turn to the time-honored technique known as “french polishing.”  Please note that I called french polish a “technique” – not a “product.”  That’s because, contrary to its name, french polishing relies on the gradual buildup of hundreds – if not thousands – of micro-coats of shellac, oil and other products to obtain what is widely considered the most beautiful way to finish highly figured wood.

The basic technique, which was more-or-less settled by the 18th century, is accomplished by using a wadded cloth pad called a “rubber” to hand rub the micro-coats of shellac and other materials into the wood surface.  This is done in continuous circular and figure-8 patterns.  Any resulting streaks are then “spirited off” with a fine application of alcohol – also applied with the rubber. The process is repeated – in various forms – 12 to 15 times over a period of two weeks to a month until the final finish at last emerges.  (Fair warning: french polishing is anything but easy – and it sure ain’t fast.  Ask a luthier to french polish your custom guitar and you just added $1,500 – $2,000 to the tab and another month to your wait time.)

As we will see, the classic process is indeed labor intensive.  The basic process works like this:  the workpiece is first sanded to at least 600 – 800 grit to remove all toolmarks and all but the finest micro-scratches.  Such fine sanding is needed because the french polish will magnify even the smallest defect(!)  Next, we use our rubber to build-up a base coat shellac over 6 – 8 “bodying sessions” where we apply 2 lb cut shellac using continuous, overlapping circular and figure-8 motions. We can do 2 – 3 of these “bodying sessions” a day allowing 3 – 4 hours for the previous coat to dry and harden.  (We should note that shellac takes weeks – if not months – to fully “harden.”  But 3 – 4 hours is sufficient for our purposes at this stage of the game.)  After 3 – 4 days, having built up a reasonable shellac base, we fill the wood grain by rubbing the piece down as before, except now we add a drop of oil (I prefer walnut because I believe it gives a slightly harder final finish) and a dab of 4F pumice. (You can actually hear the pumice working with the shellac and wood fibers to fill the grain.  Kinda neat, really.)  We then set the piece aside for 2 – 3 days to harden-up.

Now the real work begins.  Using our rubber and an equal amount of 2 lb shellac, (for me) grain alcohol, and a drop of walnut oil, we do the actual french polishing.  This consists of another 6 – 8 sessions (at 2 sessions a day separated by 4 – 6 hours.)  After each session, we “spirit-off” any streaks with our rubber moistened with a few drops of our grain alcohol.  By the 3rd or 4th day, our workpiece shows some minor unevenness, which we level off with 800-grit sandpaper soaked in walnut oil.  After another “spiriting-off,”  we follow-up with another 3 – 4 french-polishing sessions – this time with a 1 lb cut of shellac.  (Almost done.)  By now, we set our workpiece aside for another 3 – 4 days to allow the finish to stabilize and harden before a final sanding at 1200 – 1800 grit (again with walnut oil lubricant.)  One more spiriting-off and we set the piece aside for 1 – 2 WEEKS to really harden.  As a last step, I give the piece a final polishing with my home-brewed walnut oil/beeswax/rottenstone polish. E voila’! (I know of one artisan who uses a high-grade automobile polish – but since it ain’t eco-friendly, I don’t.  No worries – to each his own….)

Fortunately, we woodturners can make things a little easier by using the lathe, rather than hand-power, at most stages of the game.  One well-respected turner also advocates using thin CA glue as a base/grain-filling coat instead of shellac.  (I have no experience with that technique, but it sounds promising.)  In practice, I’ve found using the lathe makes each session easier, at least through the “rough-leveling.”  But it still leaves an uneven finish that must be rough-leveled by hand, as described above. (One could try power buffing, but I’m not crazy about it on a shellac finish.)  I also find I get best results by doing the last french polishing sessions,  with 1 lb shellac, by hand – with the final hand beeswax/walnut oil/rottenstone rubdown.

Candidly, I only invest this amount of time for special pieces like those shown.  It is a lot of work, but the payoff – both in results and personal satisfaction – is more than worth it!

I hope you agree.

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The Misunderstood Skew, Part 2

The previous post on the “Misunderstood Skew” drew some positive Facebook feedback, so I thought it might be good to follow-up with a little bit of technique.  This post won’t go into a lot of detail, but will hopefully whet the appetite for a video.  In this post, we’ll look at tool selection, (including my personal preferences), talk about how to sharpen the skew (and keep it sharp!) and lastly the different kinds of cuts that make the skew such a versatile tool.

Tool Selection
The skew chisel is simply a straight tool sharpened at one end so as to present an angled (“skewed”) or curved cutting surface to the workpiece.  The bottom of the angled/curved edge is called the “short point” while the top is referred to as the “long point.”  Skew chisels come in three cross-sections: round, oval and flat.   The round skew is basically a round rod with a skew cutting surface ground into the working end.   Although some love it, the round skew is really a specialized tool with limited applicability in my experience.  And since this is a more general conversation, we’ll limit the remainder of this discussion to the flat and oval skews.

The oval skew, shown on the far right, is ground with slightly rounded sides.  The theory being that the oval cross section makes the tool a little easier to control.  In practice however, I find the oval skew blade a bit light, prone to flexing and more difficult to sharpen.  Many turners swear by the oval skew, but because it tends to be heavier and stiffer in use, I prefer the flat tool.  I leave it to the reader to determine his/her own preference.

Sharpening
As one reader correctly pointed out, the skew needs to be sharp to be effective.  I think the term, “scary sharp” is not too much of an exaggeration.  The logic is: a sharp tool cuts easily, cleanly – and goes where you want it go.  A dull tool requires additional force resulting in less (and possibly loss of) control and an inferior workpiece surface.

Sharpening the skew is fairly simple.  After establishing the cutting edge on the bench grinder, we simply hone all four sides of the cutting surface (yes, 4: both sides, then the top and bottom) with a diamond sharpener to the point where the tool will cut hair.  (Sounds tough, but in practice, it’s very quick and easy.  After a while, it becomes automatic.)  This honing is necessary because the skew edge is sharpened at a very shallow angle (I sharpen mine at around 25 degrees), and is thus not as durable as, say, that of a gouge.   By honing and keeping the skew sharp, I rarely find myself returning the skew to the grinder.

Cuts

We use the skew to perform five different types of cut: the scraping cut to gently refine a shape, the roughing cut to reduce a square block to a cylinder, the shearing cut to clean-up and/or refine end-grain surfaces, the planing cut to smooth and refine the sides of the workpiece, and the v-cut; plus, what I call “compound” cuts to produce beads (convex shapes) and coves (concave shapes.)

With all of these cuts, I find tool rest height one of the keys to success.  With a gouge, we typically set the tool rest to a height that places the cutting edge at or slightly below the centerline of the workpiece.  But with the skew, I’m most comfortable with the top of the tool rest slightly below the top of the workpiece.  (The exact height is determined by practice.)  The other thing I do is to run the lathe at a moderate speed – rarely going above about 1600 rpms for most work.  A “scary sharp” skew cuts well at moderate speeds and stays sharp longer than if the lathe is screaming.  (Lidded box finials and pens are exceptions, but the key is to be sure you are comfortable in all aspects before beginning work.)

This candlestick was produced almost entirely with a 1″ skew chisel using all of the cuts described above.  The exception was that a forstener bit was used to drill a hole in the base, which was turned separately, to help support the candlestick stem.

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