Tag Archives: Turning

The Humble Hewing Bench

If you’ve watched Roy Underhill on the Woodwright’s Shop with any regularity then no doubt you’ve seen him using a hewing bench. It’s a great little bench made from half a log on 4 modest legs.  Roy’s used it for hewing, trimming, holding, sitting and many other common shop uses. It’s a project you can complete in an afternoon and will serve you well for many years in the shop.

Why would anyone really want this rough little bench?

If you do any sort of green woodworking it’s nice to have a place you can quickly hew a blank in the shop with a hatchet or similar small ax. When the ax hits the long grain of the bench it will not dig in the way it would if you were using the end grain of a stump or similar log section. (It also protects the reference surfaces of your real workbench) For tapering the end of treenails, splitting wood or roughing a green turning blank  it has been a priceless addition to the workshop.  It also makes a nice place to sit when people visit the shop. 😉

How do I make one of these benches?

Like any good Roy anecdote it starts with “First you find a tree….”

Splitting the oak log with metal wedges and a heavy leather faced mallet
Splitting the oak log with metal wedges and a heavy leather faced mallet

In this case I took a 12-15″ wide and 30″ long section of white oak from a large tree I recently felled in my yard. This tree was over 130 years old so the growth rings are nice and tight. Using metal wedges and a large leather faced mallet I use for my timber framing I split the log in half.

Watch to make sure the split runs the way you want down the log
Watch to make sure the split runs the way you want down the log

If the wedges alone cannot do the whole job of splitting for you, a froe can help it along.

Log split in half. You can clearly see the heartwood and the sapwood
Log split in half. You can clearly see the heartwood and the sapwood

After letting the slabs sit for a few days, it was time to de-bark the logs. If you don’t have a dedicated de-barking spud you can use any tough metal roughly chisel shaped tool or ax. In this case I used a 16lb post hold digger as shown below.

De-barking the log on the right. A metal post hole digging bar makes a good impromptu barking spud.
De-barking the log on the right. A metal post hole digging bar makes a good impromptu barking spud.

Back again in the shop I squared up the edges of the log with a hatchet. Being a green piece of wood this razor sharp ax made quick work of it.

Square up the edges with a hatchet
Square up the edges with a hatchet

I flipped the log over and removed any remaining bark.

Remove any remaining bark with the hatchet
Remove any remaining bark with the hatchet

Now time for the legs…

Ideally you want to split out some 1.5 inch diameter legs. In my case it was snowing and I didn’t have suitable wood on hand to do that, plus the largest ship auger bit I had on hand was 1″. I ripped down some nice straight grained 2x3s I had on hand to 1 1/4″ by 30″ long. I put them on the lathe and turned down the top 6″ to 1″ diameter. I then used a block plane to chamfer the edges.

Split or rip some leg stock. Drill holes with an auger and set your legs
Split or rip some leg stock. Drill holes with an auger and set your legs

Using a ship auger bit I bored a through hole into the log to allow the legs to splay a bit in both directions. After you set the first leg you’ll want to visually reference that first leg when drilling the next leg. Repeat this process for all 4 legs. After test fitting you’ll want to cut a kerf in the end of each tenon and re-install the legs. Make sure those kerfs are perpendicular to the grain of the log so you don’t split it with the wedges. Then glue and wedge the tenons. If you have ever built a windsor chair, this is a cruder version of the same process you’d use to fit the legs and level the feet.

Test fit on a level surface like a table saw
Test fit on a level surface like a table saw

With the legs installed I put the bench on a known level surface, in this case my table saw. Using a compass or similar tool mark higher up on the legs and cut them where you marked them. Then chamfer the ends of the feet and you’re almost done.

Mark what you want to remove to reduce the height and level the feet
Mark what you want to remove to reduce the height and level the feet

Next I applied some end grain sealer (from Land Ark/Heritage Finishes) to reduce the likelihood of splitting in my heated shop. I also trimmed off the wedges and tenons.

Seal the end grain to reduce checking
Seal the end grain to reduce checking

Now the bench is read for use in the shop. This bench, with it’s delicate looking legs, can hold me standing on it, so it should have no problem handling my in shop hewing needs.

Trim the leg stumps and the wedges
Trim the leg stumps and the wedges

Shown here is a Gransfors Bruks hand made Swedish ax. This carpenter’s hatchet is my goto ax for small trimming work and is sharpened to the point of being able to shave with it. The poll (the other business end) of this ax is hardened and can be used like a hammer. The handle is carefully tapered to fit in the hand and without looking you know when your hand is at the end of the handle. The notch under the bit allows you to use this ax much like a large chisel or plane and can yield impressive results. I used this to quickly level bits of the bench surface.

Enjoy your new hewing bench
Enjoy your new hewing bench

For short cash, a few tools and an afternoon in the shop this project is well worth the effort.

Take care,
-Bill

As the Spurtle turns….

This past weekend I was busy in the shop working on a variety of projects. Sunday I spent most of my day doing some wood-turning at the lathe.

A favorite warm up project of mine is to make a traditional wooden spurtle.

Variety of Spurtles
Variety of Spurtles

What’s a spurtle?

A spurtle is a traditional Scottish kitchen tool that dates back to the middle ages. Traditionally made from maple this utensil is often used to stir soups, and beat the lumps out of porridge.  If you are not big on porridge, it also works well with a wok and will not damage your pots and pans.

Dan turning on the lathe
Dan turning on the lathe

Over the weekend, my friend Dan Farnbach stopped by the shop for a quick lesson on the basics of spindle turning. He was a quick study and picked up a lot of the basics.

Roughing Gouge
Roughing Gouge

I learned about turning Spurtles from my friend and master wood turner Rich Friberg (NBSS PC2 Instructor). It’s a great way to make use of small pieces, produce something usable and explore design possibilities. For this piece I like how the small beads echo the light and dark similar to what you see in the curly figure itself.

Handle Detail
Handle Detail

A good spurtle is generally about a 10-12 inches long, held in the hand similar to a pencil or chop stick and stirs using a wrist action. I tend to like the designs that flair out a little bit at the bottom and are well balanced in the hand. Beyond that, the design possibilities are endless. The spurtle shown here is made from curly maple and finished with mineral oil. With use the finish can be renewed with more mineral oil or salad bowl oil.

Completed Spurtle
Completed Spurtle

If you make some spurtles of your own, make sure to share some pictures with us. If you get really good at making and using them you might want to enter the World Porridge Championships and compete for the Golden Spurtle.

Good luck and happy turning!

ADMINISTRATIVE NOTE:
Earlier this evening many of you may have received a partial post related to Sloyd showing a partial table — that was an accidental misfire wherein a draft got posted prematurely. But fear not, I do have some more Sloyd related posts coming up soon.

Rack ’em up — Lathe Tool Rack

As an avid wood turner I often spend a lot of time at the lathe.  When doing production work I am often trying to figure out better ways to be more efficient in my work. A modest time sink is often finding the next tool to use as historically my turning tools usually lived in a Woodcraft tool travel bag which was overflowing on a nearby table or tool, and a small rack for 4 tools that would sit on the end of my lathe’s bed. Over the past few weekends I set out to fix this problem…

Drilling Holes
Drilling Holes

The drill press got a workout hogging through a LOT of Maple…

Completed sets of holes
Completed sets of holes

Then came test fitting the joints….

Testing Joints
Testing Joints

Then making sure the size, shape and angles I figured actually worked for tools in the real world…

Working out design
Working out design

Refined the design a bit by tapering the sides…

Tapering the sides
Tapering the sides

Next up was fitting together each of the double units..

Completed racks awaiting finish
Completed racks awaiting finish

Then finishing them and installing them on to the 4’x4′ plywood backing. The backing, much like everything else in my workshop rides on a french cleat, so I can re-arrange my wall space each time my needs, tooling or shop changes.

Completed racks installed
Completed racks installed

Part of the beauty of this design is the over sized holes and the large dowel underneath which allows shavings to easily fall through the rack, rather than fill up as they would if the bottom of the holder was closed in. (This was a design element seen on similar, but smaller turning tool racks we had at NBSS — so thank you to my friend Rich Friberg or one of his predecessors for the inspiration 🙂  ) The completed rack looks naked without any tools, so time to populate it…

Completed racks, with room to grow
Completed racks, with room to grow

The completed rack has worked out great. When I turned the handles for my tools, I made them different shapes and species so I could tell them apart with only a quick glance and this rack allows for very fast identification and selection. There is room for my full sized tools, room for my smaller detail tools, and room to add more. (I’ve been itching to build some of the hollowing tools from Alan Lacer’s video on making your own turning tools). The rack holds 28 tools, 14 on each level, so as your collection of tools grows you can still make use of the shelf space — I filled some of the space with tiny turning blanks and rolls of turner’s tape)

Side view
Side view

Time to get back out into the shop and keep turning…

Don’t forget to pack your Molding Comb

 

 

 

 

As a preservation carpenter or cabinet maker a common task that comes up is replicating a molding you find out in the world. Unfortunately most historic sites, museums and stores will not let you pop off a piece of molding to directly trace its profile — no matter how politely you ask. That’s where the molding comb, a.k.a profile gauge, comes in handy. This seemingly simple tool works by pressing it up against the molding you want to capture, and pressing the little feelers against the pieces so they take on the shape of what it’s pressed against. This works much the same way as a common desktop toy from the 1980s with a ton of metal pins held in a grid that can capture whatever you press into it. Once you have the profile you can take the gauge and trace it onto paper thus transferring the profile.  This tool also works well for wood turners.

When it came time for me to try and find my own molding combs, I was surprised by how few are even on the market, let alone quality versions. As a kid I remember playing with some versions of this tool made from a series of metal pins, they were often very stiff to use and once a pin got bent, rusty or lost the tool usually became very hard to use. When looking for one of these tools you’ll want to seek out a model that has pins or blades that move smoothly but are kept under sufficient tension to retain the shape you are tracing. You also want to have the finest/thinnest blades you can find as the higher resolution will result in smoother curves. Some of the cheap import models yield results that look like an old 8-bit video game with jagged edges. 

 

The best ones I could find on the market today I bought from GarrettWade.com, and you will pay a premium to get a quality tool you may not use everyday, but I believe the much higher quality results are worth the extra expense in this case. Pictured above are all 3 sizes they offer, and coming from Europe they are in metric sizes roughly on the order of 6″, 12″ and 18″. What I like about them is the fairly fine granularity of the blades, the nice amount of tension on the blades which hold a profile well, and the way one side is triangular and one side is round making it easier to get into odd places. For exterior work the plastic surfaces will not rust which comes in handy when working out in the weather.

Getting a grip on a solid mallet

A good mallet of often overlooked. All too often we settle for a store bought carving mallet or crude instrument we fashioned in a hurry and then live with for years. Before the holidays I decided is was time to make a nice larger mallet for myself and one for a friend. I wanted a mallet that was a little larger and heavier than the average.

You can never have too many clamps, especially when clamping up a blank wherein you do not want to see any glue lines.
You can never have too many clamps, especially when clamping up a blank wherein you do not want to see any glue lines. Plus it takes on the look of some modern art work. 😉

I decided to make my new mallet out of cherry and hard maple as they are two of my favorite woods to work with, and I like they contrast they have with each other when finished. The hard maple (Same I used for my workbench) is hard, dense and wears well, and the cherry (From a curly cherry piece I had around the shop) has a nice even tone and finishes well.

Blanks ready to be turned
Blanks ready to be turned

In making this sort of mallet, the stock preparation work is more important than the actual turning and finishing. That is why its critical to get the mating surfaces planed dead flat and take the time to clamp it up tightly (don’t starve the joint of glue) but make sure you do not have gaps or you will have unsightly glue lines and a potentially weaker mallet.

First Mallet Turned, Next to the blank
First Mallet Turned, Next to the blank

Why would someone spend so much time and effort to make a fancy mallet you are only going to beat the heck out of?

If you’ve ever turned a mallet from a single piece of wood and used it for a while you’re likely to see parts of it eventually come flying off — but only from two sides.  This leaves you with an unbalanced mallet which may not hit your chisel the way you want. Where quarter sawn grain is exposed the wood is mostly intact after years of use, but where long grain is exposed some hard hits can take advantage of the plane of weakness in the wood causing them to fly off. They break off much the way splitting a piece of wood with a froe separates the grain.

The good news is there is a way to avoid this…

Completed Mallet
Completed Mallet

By gluing up a mallet as you can see here the hard maple pieces are quarter sawn — so on all 4 sides of the finished mallet you have nice dense quarter sawn hardwood grain oriented in such a way that it should have a nice long service life even under harsh conditions — plus it’s pleasing to look at especially with contrasting woods.

End of mallet with finish applied
End of mallet with finish applied

Won’t it break apart with seasonal movement or use? I used Tite-Bond II for the glue which has been proven to be stronger than wood when used in long grain to long grain bonds. The center or handle piece of wood should be a well seasoned hardwood ideally rift sawn and known to be stable. I’ve seen many of these mallets get heavy shop for years and hold up very well. A similar mallet is often a regular project the cabinet and furniture making program at NBSS.

Completed Mallet
Completed Mallet

You should take the time to fit the handle to your hand and make it as austere or ornate as you see fit. I particularly like how the laminated structure of the blank results in nice contrasting areas like you see on the bead in the above photo.  I do a lot of period work so I was thinking about the 18th century as I turned these mallets. Most of it is finished with the skew chisel and needed almost no sanding. The finish is tongue oil with a very light coat of wax only on the end grain and handle. I look forward to it providing years of solid service.

 

A Staircase for Very Skinny People

As a student at the North Bennet Street School, one of the many projects Preservation Carpentry students have to complete is the staircase model. The project is a great exercise for students as they each get to walk through the process of building a staircase from end to end. The only caveat is that the stair treads are only about 18″ wide since going full size in width does not add much to the learning experience and makes it feasible to have 10+ staircases in a single classroom.

Rough stringers in place
Rough stringers in place

Above we start off laying out and cutting the rough stringers and then move through each stage until we have a completed staircase. This is one of the projects wherein the students have some design freedom in how they want to trim out the staircase. Some were very modern and minimalist, some very plain vanilla with all square stock, some very traditional.

Turned walnut ballusters
Turned walnut balusters

I am an avid turner and had done a lot of finish carpentry before coming to the school so as a challenge to myself I decided I wanted to turn my own newel posts and balusters and finish off the piece as if it was installed in a house. It was a lot of extra effort, but a great experience. Once completed my staircase model was on display as part of the NBSS annual student works show and exhibit.

You can see the completed project here:

Completed staircase model
Completed staircase model

If you are interested in seeing a time lapse of how this staircase was built, please check out the slide show below:

This slideshow requires JavaScript.

Working in the Round — Mid Century Modern Table

In the summer of 2010 my father and my cousin Sue came to me with an interesting commission. My Aunt and Uncle’s 50th wedding anniversary was coming up and he wanted to something special to celebrate it. Uncle Bob and Aunty Betty had an interesting old revolving coffee table with book storage underneath it that all the kids in the family used over the years to play board games etc with their Grandpa (Uncle Bob to me). They all had fond memories of the table, but with advancing age it was hard to lean over the old table which was fairly low and a little on the small side. The challenge to me was to build the same table, but make it a little bigger and a little taller and keep it a surprise — so all I had to work from was the SINGLE picture below, a couple of dimensions and a rough guess on what it was made from.  Working on a mid 20th century modern piece was a nice departure from my usual work which is more traditional pieces from the 18th and 19th century.

Original Table in an Old Photo
Original Table in an Old Photo

From the above information I decided to use solid cherry for the table, worked out the design in Autocad (first time and only time since I bothered to use Autocad instead of drafting by hand) It was neat to get used to that program, but I felt that it often slowed me down compared to my drafting board. My Dad also donated to the cause a nice and thick circular piece of glass that would protect the new table from the ravages of constant use by children.

Completed Reproduction
Completed Reproduction

Above is the result of this effort. Each platter is larger than the original, the spindles are turned with shoulders and also wedged and glued into place. Under the top platter is a stretcher system that will allow for seasonal wood movement. The spindles form a series of book storage spaces and is a pretty neat design. I put a gentle radius on the edges of the discs which blended very well into the glass protective top. The legs/undercarriage is attached to the unit via a heavy duty lazy Susan mechanism that allows the whole table to rotate making it a great table for games and similar activities.

Upon delivery of the new table I was eager to get a look at the original. As it turns out the original was a made from pine and stained and from what I heard built from a kit in the late 1950s or early 1960s. The new table was a hit with everyone at the party and should last for many generations to come.

Below you can see the table being constructed and delivered:

This slideshow requires JavaScript.

Turning Ovals at the Old Schwamb Mill

If you’re an avid wood turner and live in or near New England this is a road trip worth taking. The Old Schwamb Mill in Arlington MA (a short 1 block walk from the North Bennet Street School’s Arlington campus — and on the road to historic Lexington where I lived for a long time) is a great afternoon trip and the sort of place you could drive by every day and never notice — as I did for years. Once discovered, this site is a real gem, and also home to a Shaker furniture and supply store.

Turning and oval frame
Turning and oval frame

You may be asking yourself, “how do I turn an oval frame?”

The magic is in the head stock — one of only a handful of this 100+ year old design known to still exist. And there are 3 or 4 of them at the mill. As the head turns there is a mechanical movement that moves the piece being turned up and down so that the wood is consistently presented to the tool at the tool rest. It also makes for a rhythmic noise as it runs. It’s not like most turning — think of it like scraping with style.

The mill has been at this location for 300+ years and making world famous oval frames for 137+ years. In addition to the lathe shown here there is also a massive version in the basement along with several other unique belt driven tools which expedited the process of making and joining these interesting frames. Work from this mill is in the White House and other similar places around the world.

If you’d like to visit the mill, you can find more information here on there web site: http://www.oldschwambmill.org/

This slideshow requires JavaScript.