Preparing Bowl Blanks

Originally written by Ed for Craftsy as “All About Turning Blanks: The Starting Point for Every Woodturning Project”

Anything turned on a lathe started out as a “blank.” Turning blanks come in various forms, but either way you cut the pie, they are the raw material that become your things of beauty or things of absolute necessity. Sometimes it is purchased from a supplier in quite civilized square or round stock with a lot of milling to get it to that point, but sometimes it fell in the back yard during last night’s storm. Let’s look at “blanks” and discuss all the things you might consider.

Milled spindle blanks, dried and milled bowl blank and a blank cut with a chainsaw

Milled spindle blanks, dried and milled bowl blank (both purchased) and a blank cut with a chainsaw in the back yard (free).

Safety

Safety may not be the first thing you look for in a blank, but it is the most important. Certainly dimension, species and cost might come first, but once you find your perfect blank is structurally unsound, you’ll have to start your hunt all over. Cracks are sometimes obvious, but sometimes not. Be thorough in your inspection before starting and while you are turning. If a crack is desirable from an artistic standpoint, weigh the benefit against the risk. Lynn Yamaguchi, one of the world’s most talented turning artists, has been sidelined by an intentional cracked blank that exploded. She’s lucky to be alive.

Turning Blanks with Cracks


These cracks seem small but will penetrate deeply into the blank and will be present even after removing some material. They will extend past what appears to be the end of the crack.

Knots are always suspect, particularly if they are “loose” (a dead branch surrounded by bark). Large knots may be stable, but can make turning very difficult because of the change in density.

A Classic Loose Knot on Turned Wood

This is a classic loose knot. Note the dark line between the knot and clear wood. That is the bark around a dead branch engulfed by the growing tree. This knot did not show on the surface of the blank.

If there is bark on your blank, ensure that it won’t come off while turning. Bark is every bit as dangerous as solid wood when it flies off. The bark on winter-cut wood is the most stable, but the best solution is to take all the bark off every time before turning.

Loose Bark on Woodturning Blank

This bark is obviously loose and can be removed easily. Not all loose bark is this obvious.

Poorly balanced blanks can throw themselves right out of the lathe. Always start at the lowest speed and increase slowly. If you have step pulleys, “bump” the start button a few times until you are certain vibration won’t be a problem. If possible, bring the piece back into balance with counter weights or remove wood as required prior to turning.

Wood on a Woodturning Machine

The piece above is intentionally off-balance for multi-axis turning. Using lead attached on the outboard end is one way of bringing a piece into balance, however, it is better to balance the piece by removing wood as required prior to turning.

A Large Natural Edge Blank

Although this is a very large natural edge blank, the piece was in balance. Some of the wood was removed evenly prior to turning. The piece was harvested in the winter and the bark in this case is very secure. It is mounted very securely on a faceplate.

Grain direction is significant in spindle blanks. If the grain angles across the piece rather than parallel to the axis, it is possible the piece may break in the lathe or during its intended use.

Appearance

In a face-turned piece it is nice to have the grain centered, but you may have a reason to have it shifted to one side. Either way, this is a consideration when choosing your blank that shouldn’t be left to chance. The orientation of the growth rings in a flat-grained piece will greatly affect the final appearance, yielding either an hourglass shape or a series of ovals in the grain pattern in the bottom of the bowl or platter.

Two examples of grain orientation on turning blanks

The grain in the piece at the top was intentionally shifted to the front to frame a turned stone ink well. The grain in the bottom piece was intentionally centered to visually balance the piece. Subtle, yet important considerations.

Figured grain adds excitement to a piece, but can be quite difficult to turn because it is often prone to tear out. If chosen for a spindle, the change in grain direction may be severe enough to cause the piece to break at the smaller diameters.

Spalted wood can have wonderful, exciting patterns but it can be a nightmare or even impossible to turn and finish due to the tear out. Spalt on the surface may seem sound, but often is complete punk a half inch under the surface.

Green or dry

Both green and dry wood have their advantages and disadvantages depending on your needs. Do you want a piece to stay round after turning? Do you want it to be warped? Do you have time to rough turn a piece then dry it before finish turning? Describing all the options is enough for a whole other post, so certainly is a major consideration when choosing your blank.

Turning Blanks

The qualities of green arbutus (madrone), dry black walnut and the natural edge of a quilted maple were used to create this illusion.

Cost

This may be the first or the last consideration, depending on your needs and point of view, and of course “expensive” is a relative term. The term “cost” should also apply to your safety and the effort that you put into the piece. Will you be safe while you are turning and will you be happy with the result in the end? What you paid for it – a lot or a little – may have little or no bearing on the outcome.

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A Small Woodturning Project

Originally written for Craftsy by Ed titled: A Small Woodturning Project you Can Whip Up This Weekend.

When describing woodturning to someone “browsing around” for a new hobby, one of the first points I like to make is that it is possible to create a finished piece in an evening or Saturday.

The turned box below is a good example of one of many small woodturning projects that can be completed in just one session. This project is admittedly more suitable for a turner capable of using the bevel as a guide when making interrupted cuts, but it is worthy project for a novice turner who’s up for a challenge. Creating job-specific jamb chucks for final steps defies detection of any means of work holding to the casual viewer.

Turned box with lines inspired by Oriental architecture.

Turned box with lines inspired by Oriental architecture.

Inspiration

In the above example, my inspiration was informed by classic Oriental architecture. I have an affinity for the sweeping roof lines seen in many older buildings as well as the often solitary gates seen in gardens or entrances to enclosures. I enjoy contrasts and surprises, so chose to make the body with black walnut then ebonize it to make it almost black. The black walnut contrasts nicely with the very light yellow cedar lid. The gold leaf in the bowl form offers a surprise when you open the lid. The body and handle compliment one another and reflect the sweeping lines of roofs and gates to work together to imply a feeling of comfort.

How to make a turned box

Step 1: The body

The body is turned from a rectangular blank with the sides relieved at 15 degrees. I find that is an appealing angle that can be cut on a table or band saw, then sanded to completion at that point. When turning the curved top of the body, the sides will automatically generate sweeping lines on the sides and ends.

Mount the blank in the lathe on a small faceplate or screw chuck so that you can turn a tenon on the bottom to mount in a chuck. If using a faceplate, be careful to use screws only where wood will be turned away later.

Turning the tenon on the bottom. Blank mounted on  a screw chuck

Turning the tenon on the bottom. Blank mounted on a screw chuck

With the bottom tenon mounted in a chuck, you can now turn the curved top surface and the bowl of the box.

Turning the top surface. Note the blank area for the bowl portion and the tape on the tool rest indicating the "no go zone".

Turning the top surface. Note the blank area for the bowl portion and the tape on the tool rest indicating the finger “no go zone.”

The bowl form is simply a bowl, so standard bowl turning technique is required. I chose to create a rabbet in the top of the bowl form to receive the lid, but you can leave it flat and have a rabbet only in the lid. If you chose the second option, the sides of the bowl should be as close to, if not completely vertical, to allow the lid to fit well.

Turning the bowl of the box.

Turning the bowl of the box.

Turning the piece around and mounting in a suitable jamb chuck allows you to turn the bottom of the body to match or compliment the top curved surface. Once complete, carve away the center left by the tail stock by hand.

Turning the bottom surface using a jamb chuck and tail stock.

Turning the bottom surface using a jamb chuck and tail stock.

Even better, the use of a vacuum chuck allows you to turn the bottom completely.

Using a vacuum chuck allows you to turn the bottom completely.

Using a vacuum chuck allows you to turn the bottom completely.

Turning the two curved surfaces of the rectangle is unlike turning a fully round project. When turning the wings of the body, it’s better to keep the speed quite high, making light cuts with a slow, steady feed using the bevel as a guide since less than 50% of each revolution presents wood to the tool. The rest of the time the tool is unsupported in the air. Be as steady as you can and use only a very sharp bowl gouge. Do not attempt to sand this portion on the lathe. Sand the wings only by hand.

Turning the bottom reveals a  sweeping line from end to end, but since it is a rectangle the cut either does not penetrate the ends or penetrates only minimally. You can leave this flat so the box has two wide legs or cut an arc in the ends later, creating four legs. The whole body will require quite a bit of hand sanding.

Step 2: The lid

Cut a blank for the lid and mount it in a chuck so that you can turn the inside first. Turn a rabbet to fit the body using the body itself as a gauge before turning the inside shape. The lid should not be tight, yet it should not be a sloppy fit. In other words, just right. A very slight taper in the rabbet will allow the lid to fit on easily yet still seat without too much play.

The inside shape is your choice but I prefer a concave form that reflects the shape of the outside of the lid. Sand the inside shape. Turn the outside diameter and at least a small portion of the outside shape at this point — this prevents chipping of the edge of the lid when turning the outside shape.

Turning the inside of the lid.

Turning the inside of the lid.

Create a jamb chuck for the lid, then turn and sand the outside shape of the lid. Note that in this case, there is a channel cut in the chuck to allow you to easily pry the lid from the chuck or blow it off with air pressure. The latter works well and leaves no marks on the wood — as long as you’re a good catch!

Turn the outside of the lid in a jamb chuck.

Turn the outside of the lid in a jamb chuck.

Step 3: The handle

My objective in the handle was to reflect both the color and theme of the body so used ebonized black walnut. The uprights are turned on the lathe but the cross beams are carved and sanded. Rather than drilling holes I used a power carver with a small bit to shape the holes in the beams and lid because they are tapered and mounted at an angle rather than vertical, requiring tapered holes at an angle.

By applying masking tape to the lid, it is possible to mark the holes out without marking the lid. By leaving the tape on during the glue up, any squeeze out is removed with the tape. With a linear handle such is this, take care to align the handle with the grain of the lid. If you do not, this final step could totally distract the eye from all your good work up to that point.

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Vacuum Chucking on the Lathe

Originally written for Craftsy by Ed, titled: “Working Under Pressure: Vacuum Chucking on the Lathe.”

Chucks are commonly regarded in the woodworking world as the go-to method of holding work on a lathe when creating a bowl or platter. Typically they are four-jaw, self-centering devices that grasp the work by a tenon or recess. They hold the work very securely and are quick to use, however they mar the work in some way that must be repaired, usually requiring a jam chuck.

Jam chucks offer the ability to hold work without marking it, but they take yet another piece of wood and require sometimes a fair bit of time to create. The best of both worlds, vacuum chucks hold the work without marring it and the work can be set up as quickly as a normal chuck.

Better yet, can you imagine how the natural-edge bowl in the photos below could be held by any other means while working on the foot?


I know of at least one woodturning artist who uses vacuum chucks exclusively for his multi-centered pieces, not just for holding a piece to finish the foot, switching rapidly between placements. Vacuum chucks are capable of holding work that requires serious wood removal. Creating a jam chuck to hold this bowl to finish turn the foot would be very involved and probably take longer to create than the bowl itself.

Photo shows bowl held in a vacuum chuck - Creating a jam chuck to hold this bowl to finish turn the foot would be very involved and probably take longer to create than the bowl itself

Putting the pressure on

Vacuum chucks hold the work by using atmospheric pressure to force the work against the face of the chuck by creating a vacuum inside the chuck. The face of the chuck is covered in a soft, closed-cell foam that conforms to the surface of the piece and provides friction to help drive the piece.

Considering that atmospheric pressure is 14.7 psi at sea level, it’s not hard to calculate the holding force available. The chuck in the photo has a 4.5″ inside diameter and therefore has a frontal area of almost 16 square inches. Using 14 psi as a round  number (it’s tough to get a pure vacuum), 16 x 14 psi = 224 pounds of force over the entire area holding the bowl to the chuck. That’s like me with heavy boots sitting on the bowl to hold it in place. I could make some pretty serious cuts if required.

Extrapolating that, if a 10″ chuck is used, a mighty 1,100 pounds of force will be holding the work in place. That’s like parking one wheel of a loaded pickup on the piece, so some restraint must be used if it’s a thin platter. Not to worry, we can do that. It goes without saying that you folks in Colorado will have to use a smaller number for atmospheric pressure than us folks on the coast, but you still have to be pretty tough to haul that bowl off the chuck.

Working down the line

We know our vacuum chuck has the oomph to hold the work. Working our way back from the chuck, the next thing that is required is a means of transmitting the vacuum through the rotating spindle. Stubby is at least one brand of lathe that has a connection already provided in the headstock, but for the rest of us, a rotating connector must be added to the outboard end of the spindle to connect the vacuum hose. Oneway Manufacturing provides one for their lathes that can be adapted to any others with outboard threads.

Another type uses the vacuum itself to hold the rotating adapter to the end of any spindles that only have a metal hand wheel. The hose doesn’t have to have an internal metal helix, but it has to be stout enough to prevent air pressure from flattening it like a macaroni noodle. I use a fairly heavy duty air pressure hose and it seems to be fine. Again, it’s all about the surface area.

That leaves the pump. A pump is required to produce a vacuum. These are available online or you can make one yourself.

Too much of a good thing

I mentioned that in some cases the force applied by a vacuum on a piece can be great enough to cause damage, either deflecting the piece or actually breaking it.

In the case of deflection, if the piece is thin enough that it deflects inward during turning, the shape created will distort outward when the vacuum is released. Typically, a bulge in the finished bottom is the result. To eliminate this and the danger of breaking the piece, a valve in the vacuum line is necessary to regulate the amount of suction. Almost always, there is enough leakage through the end grain in the wood itself to help, but the valve allows you to control the level of suction. In the picture below, there is a filter to prevent any gritty bits from reaching the pump. A vacuum gauge in the system is very useful to indicate how much suction is present and when a seal is failing while turning.

Equipment for controling the vacuum

Below you can see a valve, filter, gauge and rotating adapter used to transmit and control the vacuum for the chuck.

Plugging the leaks

Leaks are detrimental to the success of the whole operation, but it is possible to deal with them. Leaks in the system itself will be limited to connections, and of course the rotating adapter that connects the system to the lathe. All of these are simple to identify and repair as required.

Sometimes the wood is porous enough that there are significant loses through the end grain areas. Leaks in the wood are easy enough to limit by applying masking tape to the piece wherever air is leaking through. It is easy to feel because it actually feels sticky, to the point that sanding dust adheres to the surface. Sometimes the dust will improve the seal. A gauge will indicate the effectiveness of any taping or other jury rigging.

Below is a vacuum reading before taping the end grain. Note that the gauge reads in both inches of mercury and kilopascals. Normal atmospheric pressure is about 30 inches of mercury (30 in. Hg)

Vacuum reading after taping end grain

Below is the gauge reading after taping the end grain, effectively doubling the vacuum. This reading indicates a holding force of about 175 pounds.

Vacuum system gauge

Vacuum chucking can be a very worthwhile addition to your arsenal. Full systems are available but can be very expensive. Remember: the lathe is the cheap part.

If you are unable to manage the cost of a system, but are at least a little handy, it is possible to make the essentials using basic plumbing and air handling hardware and material from your shop. Stay tuned for posts on making a pump, assembling the necessary piping and the chucks themselves.

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Creating Beautiful Art From Junk Wood

Originally written for Craftsy by Ed, titled “How to Make Amazing Scrap Art: Turning a Multi Axis Vessel”

Typically things turned on a lathe are round because they are shaped while they rotate around a single center. While I always have enjoyed the shapes that are produced on a lathe, I also find using a single center constraining. Why limit yourself to something that is purely round when you can incorporate many circular elements in your design by using multiple sets of centers? I enjoy creating shapes that look like they were made on anything BUT a lathe. Let’s have a look at one method of creating such a form.

Multi center vessel

The pieces above were the first in a series I call “Another Man’s Treasure” (because I found the blanks in the “dollar bin” at a local wood supplier… one man’s junk is another man’s treasure). Clearly they are a success because they are now part of my wife’s “that’s not leaving the house” collection.

They had wonderful grain but the orientation was such that if I turned a bowl from them the beauty would be gone. They sat in my shop for months before I figured out how I was going to make something that would present the grain in the best way and also have an interesting shape. Ideally it would also be nice to keep the natural edge of the burl. Minus the pencil line, this is what I had.

piece of scrap wood

Turning a multi axis vessel

I knew I wanted to present the piece vertically to show off the grain but to do so meant that I would lose most of the wood if I turned a small round cylinder. Make three or four small cylinders? Not appealing. Lay it flat in a bowl form? It wouldn’t look much different than any other bowl and the natural edge would be gone. The answer was presenting the broad face vertically by orienting centers in a different plane and using more than one set of centers.

Step 1:

Keeping the natural edge meant placing a center on that edge. To do so on such a convoluted surface meant placing a spot face with a Forstner bit large enough for the drive center I would use. Turning the piece on these centers allowed me to create any form I wanted. I wanted a small foot for a lighter look and to keep as much of the natural edge as possible. Joining the two with a curved line seemed a good choice.

I wanted to eventually hollow the piece a bit from the top to remove some weight to make it more stable and also to remove the spot face and marks from the drive center. To do so I created a tenon to hold the piece with a chuck, hence the chunky bit on the bottom. Within that ugly tenon lies an elegant little foot. Notice that the bottom of the blank at the tail stock end has been trued up square to the axis. This is needed for determining the next set of centers.profile shape

Step 2:

With the basic vertical profile established I needed to turn the the vertical faces. On the first piece I finish turned the faces with a simple, lens-like curve but that looked kind of bland. To correct that in this piece, I opted to incorporate a circular element to add interest. I oriented the center so the circle would be interrupted by the natural edge to avoid to creating a “bull’s-eye” look.

To find the vertical center I had to mark the horizontal center on both faces. I chose to align these squarely across the original center but you could make them independent of each other. To keep the centers the same height, it’s a simple matter to measure from the squared bottom to find the centers on both sides. If you chose to vary the height of these centers it would begin to get quite complicated to turn, however, it would result in a very interesting design. I opted to keep the centers at one height, keeping the axis horizontal at this point because I wanted the faces to be parallel to one another.

Place the piece in the lathe using these centers as in the photo below and turn the face with whatever design you like. As I noted earlier, in this case I chose to incorporate a circle that was interrupted by the natural edge. The center mark has to be carved away later by hand, so enough wood was left to do that.

Because I wanted to have the same shape on the other side I marked a center line on the profile surface by rotating the piece by hand and measuring off the tool rest set square to the bed of the lathe (I’m sorry I have no photo of this). Using sharp dividers I measured from that center to the edge of the turned face then stepped off each point on the opposite, unturned side. I then connected these “dots” to create the finished shape as a guide.

Face mount

Turn the piece around on the same axis and turn the second side. By turning the second face so that the edge of the cut matches the line drawn through the dots you will replicate the first face. This is far easier than you might think. If you make light cuts, stopping the lathe to check your progress after each cut you will have no trouble matching the shape. Alternately, you may choose to have different shapes on each face.

Step 3:

Now you have the main profile (except for that ugly tenon) and the two opposing faces finish-turned. It’s time to get rid of the ugly spot face on top and hollow the inside of the form. This is where the only rule of woodturning comes into play: The inside diameter must not exceed the outside diameter. Remember that the inside diameter must be smaller than the narrowest width of the piece, so the hollow inside shape cannot reflect the outside shape of the piece as in a normal hollowform. Then again, a hollowed inside form that interferes with the outside form, creating a hole in the face, will create yet another design alternative. Something worth exploring in a piece of wood where the figured grain isn’t the highlight.

Note that the width of the tenon is much less that the width of even a single jaw. Engaging a single jaw on each side would be equally as strong as the method on the photo. I chose to engage two jaws on each side of the tenon because it was easier to keep it on center than if I tried to find the center of a single jaw.scrap wood with cuts mounted in the chuck

Use normal hollowing techniques in this step, however, be cautious and use light cuts. It is safe, but you can see that the mounting of the piece is not as stable as in most hollowing situations.

Step 4:

Now to get rid of the tenon and create a clean foot for the piece. Mounting is shown in the photo below. I made an arbor for the express purpose of mounting thin-walled hollowforms to finish-turn the bottom. It has a Morse taper to fit the spindle, long enough to engage the bottom of the hollowform and a sliding tapered collar to center the hole in the top. Although not visible in the photo, a split collar holds the taper tightly in place. You may not have have such a device but because this is a robust piece, it is a simple matter to mount a piece of waste wood in the chuck and turn a taper as a jam chuck to fit the top hole. Bring up the tail stock to secure the piece.

Remove the wood that was the tenon, completing the shape of the profile.

I prefer to have a slightly hollowed bottom creating a little shadow line at the foot with two feet rather than simply leaving a flat bottom. The slightest shadow line gives the piece a light look, as if it’s floating off the table. The nub left by the tail stock is easily carved away.

Also in the photo you can see the center left on each face. This is easily carved away as well. In this case, remember to leave enough wood so that the center point doesn’t leave a hole in the face.

turning the bottom of the workpiece on the lathe

This is a photo of the completed piece with a finish and a bit of gold leaf. Not bad considering that the material for this cost a buck.Completed Multi axis vessel

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How do I sign into a demonstration?

It’s safe to say that all woodturning Interactive Remote Demonstrations (IRD) are carried out using  Zoom “Meeting” or “Webinar” formats (see www.zoom.us). When presenting my demonstrations, I do so via Zoom in their Meeting format. When I schedule a Zoom meeting, Zoom assigns a unique meeting number and password to that meeting for security reasons. Both the meeting number and password are contained in a link that will allow anyone with that link to join the meeting. Please do not share that link with anyone.

The day before the demonstration I email everyone a Zoom invitation that contains that link as well as the actual meeting number and password. The invitation shows the start time of the meeting one hour earlier than the actual start time. I do that so that I can be ready and waiting for people to sign in, preferably 15 to 30 minutes before the start time. Usually we get to visit a bit, talk about your expectations; things like that.

When you go to Zoom’s website for the first time it will download a program that allows you to join meetings. That download usually take less than a minute and only happens the first time. On their home page you will see a “Join Meeting” tab at the top of the page. Clicking on that tab brings up a box that has a space for “Meeting ID or Personal Link Name”. Enter the meeting link in that box then click “Join Meeting”.

Before entering the meeting you will be in a “waiting room” but will be admitted momentarily. You may be shown how to change your name if you show up as “Linda’s Laptop” or “B&GW”. From that point on it’s pretty much like being at any ordinary meeting. Take the time to explore the task bar at the bottom and the small icons at the top right and left of the screen.

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Butterfly Crack Repair – IRD

This type of repair is also referred to as a “Dutchman”, “Bow Tie”, “Dovetail” or “Pewa”. The method demonstrated involves using a router to make both the recess and the patch but also includes an alternate method of creating patches in bulk. Applying patches to both existing or emerging cracks not only saves material that would otherwise be thrown in the fire but also saves projects that already have hours of work invested in them. In the end, a well-done butterfly patch is easy to do and represents a higher level of skill that increases the value of a project.

In this demo I show how to make a pattern for routing the recess for a patch, how to cut material to make the patch, how to cut the recess, then fit the patch.  

I discuss the features to look for in a router and router bits that I have found most suitable.

Ready to check out the demo? Visit the store: https://edswoodturning.com/shop/

When’s the next demo you ask? Check out the events calendar here: https://edswoodturning.com/events/

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Replication Made Simple – IRD

This demo focuses on turning between centres, showing traditional techniques that make replication much easier than most turners believe. I presented this demo at the AAW 2018 symposium in Portland, Oregon.

My woodturning roots are in spindle turning, learned from my father over 60 years ago. Most treatises on spindle turning include the use of patterns, often frightening people off rather than encouraging people to try turning multiples. Also, modern pattern lathes, and now CNC lathes, have led to the notion that every single piece must be identical. In traditional turning, pieces appear to be the same but are not absolutely identical, taking away the fear that “I could never turn two things the same”. Trust me, you can.

The key technique is the use of a “story stick”, which I will demonstrate making and in use. I show a variety of calipers with their own advantages and disadvantages.

I will explain and demonstrate techniques for making the three elements in spindle turning – beads, coves and barrel shapes – and the tools used to create them. Pommel cuts are an integral part of spindle turning using those shapes, so that will also be demonstrated.

Ready to give it a try? Take part in the demo first. Sign up at the store: https://edswoodturning.com/shop/

Check out the events tab for available dates: https://edswoodturning.com/events/

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Colouring Wood – IRD

I’ve applied colour in various forms to my work since the early 1990’s.  I discuss surface preparation, use of wood-compatible dyes, ebonizing, bleaching, ebonizing, fuming, liming – using both traditional lime wax and acrylic paint – and faux painting techniques.

My dye technique involves the use of only the primary colours – red, blue and yellow – and black. I show how these colours are applied to a piece separately rather than premixing colours to achieve spectacular effects on figured wood. I show how bleaching can be used to change the outcome or be used on its own.

I discuss different ways of ebonizing or darkening wood by applying an ebonizing fluid and fuming with ammonia.

I discuss and show the effects of various commercially available treatments like crackle glaze and faux metallic applications.

For available dates, check out the calendar at: https://edswoodturning.com/events/

Ready to reserve your spot now? You can do so at the store: https://edswoodturning.com/shop/

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Beyond ABC – IRD

The focus of this demo is on improving tool control in bowl turning, however is relevant to most between-center techniques. In anything, I believe that to know the “how” you must understand the “why”. It is an in-depth explanation of those things that are not covered when someone talks about Anchor, Bevel, Cut. I presented this demo at the AAW 2018 symposium in Portland, Oregon

I explain and show how the legs are used for greater power and control when making a cut.

Transverse Cut

I explain and demonstrate how the front hand and back hand have two different jobs. This is pertinent to all turners but also helps me a lot when teaching left handers bowl turning.

I demonstrate and explain when to engage the tool rest with your forward hand and when not. Many turners have anchored themselves to the tool rest completely, which greatly hinders their ability to control the tool.

I explain the two causes of catches by breaking them down logically into action/reaction. All of this relates directly to spindle turning tools as well. For bowl turners it eliminates the issue of ruining the rim on the last interior cut as well as the dreaded catch about ¾ the way up the outside. For spindle turners, you will be able to use the skew with confidence.

Ready to reserve your spot? Visit the store at: https://edswoodturning.com/shop/

When’s the next demo you ask? Check out the events calendar here: https://edswoodturning.com/events/

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Lee Valley Tools

Quite some time ago, Ed started instructing for Lee Valley tools in Coquitlam. He isn’t there all the time thankfully, he is after all retired. 🙂 He usually has a few classes every term. There is a 2 day beginner woodturner course, and a one day course on sharpening your woodturning tools. Every now and then he also instructs on turning a hollow form. He has done some other specialty courses like the three legged stool. Those aren’t run all the time, just when the need arises or and idea inspires.

The great thing about the courses there is that they are central in the Lower Mainland and a reasonable price. Of course Lee Valley loves it, because it gets you in the door and you will, no doubt, do some shopping.

Ed has also traveled to Kelowna to instruct in their store up there. Usually once or twice a year. If you live in the area, sign up, you won’t be disappointed.

If you live in the Lower Mainland and are interested in the courses for Lee Valley Tools Seminars Coquitlam, follow this link and sign up. http://www.leevalley.com/en/home/SeminarList.aspx?c=1&rs=60

If you live in the Okanagan and are interested in the Lee Valley Tools Seminars Kelowna, follow this link and sign up. http://www.leevalley.com/en/home/SeminarList.aspx?c=1&rs=90

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