Concrete Dovetail Bench

I enjoy making benches and playing with mixed materials from time to time.  When the opportunity came up to make something using one bag of cement I had an idea.  Incorporate a traditional woodworking joint into cement and make a modern bench at the same time.  Thus the design of a cement formed dovetail leg and a single board bench seat.

For this project I used exactly one 80lb bag of Quikrete 5000 cement.  The form I made measures 10.5″ x 18″x 1.5″.  It was constructed of melamine and screwed together.  Making forms is a simple process, you just need your design in mind and remember that the form is an outline of the end result.  Also remember you will need to remove the form easily when the cement cures.  If you are making holes inside the form use plastic that can be cut away or pulled apart for easy removal.

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I mixed the cement in a bucket with a grout mixer in a drill.  This made mixing very fast and easy.  The cement was then poured into the form and vibrated to relieve the bubbles from the bottom and sides.  Note that it helps to have the form vibrating as the cement is being poured to ensure the air bubbles come off the surfaces quickly.  Also keep in mind to use some sort of reinforcement for the structural integrity of the cement.  I used mason ladder wire in the middle of the form.  Pour half the cement, place the ladder wire, and pour the rest.


When the cement is all in the form you will need to vibrate/tap on the form for 60 minutes, no less.  Otherwise you will have holes in the surfaces.  Allow the cement to cure per the instructions from the manufacturer.

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With the cement curing for a few days I worked on milling the wood bench.  I used a custom milled and air dried white oak board that was 11″ wide.  I cut it to 36″ long and milled it to thickness.  I would have liked it to be 1″ thick but the warping in the board brought it to 3/4″ after milling.  Any knots were filled and stabilized with tinted epoxy and the final milling was completed.

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Once the cement was cured I removed it from the form and cleaned it up with some sand paper to tidy the edges.  I placed the form upside down on the ends of the wood seat and traced out the pin locations.  Use your preferred method for cutting dovetails here.  I like using my hand saw and chisels but you can use a bandsaw as well.

Clean up the ends of the board and apply the finish of your choosing.  I went with a few coats of oil varnish.

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It is time to push the seat into the dovetails to set the with of the legs.  I wanted to add steel rope to hold the legs together and I found these Hammock Hangers looked great for this purpose.  I positioned the hangers in the middle of the legs, pre-drilled a 3/16″ hole for the 1/4″ TapCon screws, the steel rope was cut to length, the loops were made with the hoops inside (this has to be done at the same time), and I drove the TapCons in place to anchor the hangers.

To tighten the steel rope I used a turnbuckle similar to those used for gate supports.  Just turn the turnbuckle until the steel rope is stretched and the legs aren’t pulled in too much, do not over tighten.  The seat will tell you when to stop.  You can also hold a square to the seat and legs to be a guide.

Now put the bench in a nice location and enjoy.  Be sure to move this with a friend.  It isn’t rigid enough to pick up alone and the dovetails may be brittle.  Treat this bench with care and it should last for a long time.

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Here is a list of the products I used with exception of the cement (affiliate links):
Hammock Hangers –
3/16″ Masonry Bit –
1/8″ Steel Rope –
Steel Rope Thimbles –
Cable Clamps (similar) –
Turnbuckle –
Varathane Outdoor Varnish –


My Polyurethane Varnish Technique

The video below is a guide to follow for any satin oil polyurethane varnish application so I will simply list the items you will need to do what you will see in the video tutorial.  All items are affiliate links.

Oil Finish:

Danish Oil, Tung Oil, Boiled Linseed Oil, or Teak Oil (for outdoor applications)

Gloss Oil Polyurethane (Minwax)

Satin Oil Polyurethane (General Finishes Arm-R-Seal)


Paint Filters


Cotton Applicators


Mineral Oil

Mineral Spirits

Sand Paper/Pads: 320, 400, 600, 1200, 3000, 5000

DIY Kid’s Workbench with Downloadable Plan

My son, Vinny, has been asking me to help him make his own workbench for a while now.  Since Father’s Day was approaching we made an agreement that he could come out in the shop and build his bench with my help on that day.  As an aside, I milled and cut all the parts to final dimension before we began the build.

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There is a plan you can purchase (see sidebar) and a video (below) that you can use as an overview on how the bench goes together.  It will take about a day to complete while you wait for glue to dry and if you decide to mill all the material the same day.

As a side note, I made Vinny’s bench with a split in the top for a planing stop and tool rack.  If you want a solid top be sure to measure the width of the legs and make the top pieces wide enough to span that distance.

The result is a nice bench for your apprentice to use for a few years and when he outgrows it you can use it as either a saw bench or a place to sit on your patio.


Brass Chisel Hammer


IMG_8317A couple weeks ago I won this (above) brass mallet on eBay.  I really like the old, mushroomed faces, wear marks, and the patina on the brass.  The only thing wrong with it was the steel rod handle.  The solution: contact a local machinist to remove the handle and bore a 1/2″ through hole for a new handle tenon and a 3/16″ hole for a pin.  Costs: $17.33 for the mallet with shipping and $5 for the machinist (I gave him $10).  Total cost of $27.33.  Not bad considering brass rod retails for about $15/inch for this size.

With the holes bored i needed to choose a handle style.  While in Atlanta for The Woodworking Show, I went to Highland Woodworking (Highland Hardware) and saw David Barron’s Chisel Hammer.  I’ll admit to lust and covetousness for this inanimate object but the $74 price tag was a strong enough deterrent.   Loaded with that style in my memory, with the help of Google Images as a refresher, I sought a worthy wood species to compliment the aged mallet.  Enter a scrap piece of air dried walnut left over from me stool build 2 years ago.

Turning the handle was a straight forward process.  The blank was mounted between centers and turned with a spindle gouge and parting tool.  2 simple but necessary tools to have with the lathe.

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After the shape was finalized and sanded to 320, I used my Stanley Yankee push drill to bore a small through to prevent the wedge from splitting the wood.

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I then removed the blank and cut the handle from the waste.  Using my Dozuki Z-Saw I cut the slot for the Ebony wedge.

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This should be a substantial slot for the wedge to easily fit into with some coercion.  If you choose to glue in a wedge, remember to only glue one side to allow for wood movement.  If you glue both sides, one glue joint will surely split as the wood expands and contracts throughout the seasons and changes in humidity.

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Next a 3/16″ hole is drilled through the side of the tenon and a brass rod is hammered through.

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Cut the excess rod off leaving 1/16″ proud on each side to be rounded with a ball peen hammer.

The final step was to apply the finish.  I chose Dark Walnut Danish Oil to blend the light and dark grain yet accentuate the natural curl and figure in this piece of walnut.  When that was dry I rubbed and buffed in some of the Beeswax polish that I made in a previous post.  The handle has a nice satin finish and the color of the walnut compliments the patina on the brass wonderfully, in my opinion (which is all that matters here).

Back Saw Restoration

I purchased this Back Saw on eBay at a good price.  The points that sold me on the saw were the following: the handle was in good condition, no broken horns or cracks; the plate was already cleaned of rust; Tom Fidgen has a saw from the same maker and he said it was a gem.


The down side of this saw is that it has a steel back.  It is a little light for my liking but for the price I paid and it’s intended purpose (my son’s future tool chest) it will do job just fine.

Upon arrival I noticed a significant curve in the spine which caused the saw plate to have a bow, a detail the seller neglected to mention.  4 star review for his description.  The curve could have been due to the saw being dropped on the toe causing the plate to look as it were canted.  This could be a difficult issue to solve if the plate had been kinked.  After I removed the handle and spine it was evident that the plate was in good shape  just needed proper tension and adjustment once the spine was replaced.

I followed the directions from various articles and videos (just search “back saw restoration” on YouTube or Google) on how to straighten a saw plate.  It was merely a case of using two adjustable wrenches in opposition to each other to twist the spine to manipulate the saw plate back into alignment.  I am not going to go into detail here other than say it took a bit of practice to figure out how to get the plate straightened.  Once the toothline was straight I began sharpening for a rip configuration.  This saw has a 12″ plate 2″ cut depth and 12 points per inch.  Sharpening is simple and straight forward.

With the teeth sharpened, set, and the brass nuts polished it was time to remove the old finish from the handle.  I used a bit of sand paper starting with 100 grit to remove the old finish, then 150 to clean up from the 100 grit paper, 220 to smooth the handle, and 320 to finish it off.


To finish the handle I used a simple wax/oil blend consisting of Beeswax, boiled linseed oil, and a thinner.  An article on how I made that can be found here.  I simply rubbed the finish in with a cotton cloth and rubbed off the excess.


Then with a heat gun I melted the wax finish into the surface and gave it a final rub down for a smooth feel.  A video on that finish style can be seen here.


With the handle fixed back onto the properly tensioned saw plate and a few test cuts it was evident that this saw was going to be a nice addition to my, er, my son’s tool chest.


David Marks Inspired Stool

Day 7.6

This last week I participated in a community build started by Chris Wong of Flair Woodworks called the “Shop Stool Build-Off.”  It was a lot of fun and took a lot of time, on my part.  Since I spend so much time going over the process of making anything, it took me several days of reviewing plans and watching the video I purchased for my build (Wood Works Ep. 112), courtesy of David J. Marks, before I even put blade to MDF (for the Wood Works fan you will understand that).  I took me 7 days of work, some of which were 10-14 hours.  It could be done much faster if the builder is more experienced and confident with their approach.

Day 1

Lets start here.  It seems fair and natural for all woodworkers.  I got the plans in the mail and I began looking through the cut list and the diagrams and quickly realized I would need the video to help.  After watching the video, I rewatched it.  David just made the whole build so simple and straight forward.  There was no way I could mess this build up, I was confident in that.  So I rummaged through all my small scraps of 1/4″ MDF or any template material I could find to start making my templates.   I then shaped my stretcher template to the planned length.  Then I cut a strip for the stretcher placement in relation to the under side of the seat.  Lastly, I shaped the 16″ sq. seat template.  This is when I realized how big this stool was going to be.  But I guess my butt will only get bigger over the years.

Here are the templates and the rough stock.  Materials are Walnut and Maple.
Here are the templates and the rough stock. Materials are Walnut and Maple.

After I shaped the seat template, I traced it on my assembly table then rotated the template 90 degrees to check for symmetry.  It was only off by about 1/16″ from the original position.  I was pleased so this where I called it quits for the night.

Day 2

The next day I had more time to work (after watching the video plans again a few more times) so I began by cutting the legs to rough dimension.  That process when by rather quickly so I decided to finish the process and cut and plane them to final dimension.

Legs cut to length and planned to near final thickness
Legs cut to length and planned to near final thickness

I then cut the seat blank into three equal parts and jointed the faces and corresponding edges.  I then had just a few moments left in the evening so I pulled the Rockler Taper Jig off the shelf and positioned the stop for the correct taper of the legs.  End day 2.

Day 3

I got started this day early.  My wife (bless her) gave me the afternoon and evening to work so I tried to get as much done as possible to prepare for the weekend assembly of the stool.  I figured that with the glue ups in all the stages it would take 9 hours of waiting for glue to dry (using the suggested polyurethane glue) not including the time to clamp the assemblies, scrape the squeeze out, and smooth the joints.  So I started tapering the legs.  All went well but I must have a dirty blade or I was feeding the stock through too fast because on one side (usually the first cut of the taper) it had significant blade marks.  The other side of the taper a much cleaner face.  So I took the ugly sides to the jointer and cleaned them up there.  Making sure the legs remained square.  After all the legs were clean and tapered I began with the milling of the seat parts.  I had filled knots several months ago with West Systems Epoxy so I had to plane that off the surface.  So I ran the previously jointed face down through the planer and took just enough passes to remove the epoxy from the surface.  Then I marked a center line and cabinet maker’s triangle on the seat and the parts to ensure proper repositioning of the strips I was to cut off from the sides.  As I was ripping the 1-1/16″ strip off the side piece I noticed the work was pinching the splitter so I stopped the saw and finished the cut at the band saw.  In retrospect I should have started there in the first place and then cleaned the edges and trimmed to final width at the table saw.  When all the pieces were ripped to thickness with the appropriate bevel angle, I repositioned them on the table and checked for accuracy.  It was good enough so on to choosing stock for the four stretchers.

All components laid out minus the milled stretchers
All components laid out minus the milled stretchers

I pulled out the center of the board that I got the legs from and used that as my stretcher material.  One piece had a nasty knot in it but, luckily, it was far enough from the final length of the stretchers that it wouldn’t make it into the piece.  End day 3.

Day 4

I started by checking the color of the seat by wetting it with some water.  It looked great but there was some blotching I wondered if I would have to contend with.  After some thought, I decided to let the wood do what it does naturally.

The seat with water to show grain color
The seat with water to show grain color

I then milled the stretchers to final width and thickness after measuring the position on the legs.  I still left the stretchers long at this point.  They are individually glued into place after the legs are laminated into the seat.

All components ready to go less the stretchers shaped
All components ready to go less the stretchers shaped

Then began the first glue up preparation.  I cut scrap pieces of pine at the same angle as the legs to keep the clamp heads square.  I affixed them to the legs with carpet tape and prepared for the glue up of the legs to the middle spacer pieces of the seat (these were cut to the same width of the middle portion of the seat).


The glue up went flawlessly.

First non-stressful glue up...ever.
First non-stressful glue up…ever.

Until, I unclamped the assemblies and realized I clamped them with the wrong faces down.  No I had to clean up a surface to prepare for the next glue up.  See, the surface mating to the outer sides of the seat needed to be flush with the legs so they could be paired immediately.  I was so worried about getting the legs in the proper position that I neglected to think ahead (if I had watched the video again a few more times I may have caught that detail)  Flushing that surface took quite some time and still it was not perfect.  I just hoped glue and clamping pressure would help.  End day 4

Second glue up was a tad more stressful
Second glue up was a tad more stressful

Day 5

After removing the leg assemblies from the clamps and cleaning the squeeze out, I ran the face the mate with the center portion of the seat across the table saw removing about 1/16″.  Note I never changed the bevel angle of the blade after ripping the seat parts.  Doing this gave the surface a nice clean face and a little shoulder on the leg for the seat to rest making it look like it actually was mortised in.

Third glue up...Jet clamps make glue ups easy
Third glue up…Jet clamps make glue ups easy

While the seat was clamped up I decided to shape the stretchers and cut each to length…one at a time on the length part.  As I was routing, the bit came off the end too quickly and took a chunk out of the nice curve.  I initially panicked and then I remembered a trick from watching my friend, Marc Spagnuolo, repair a pencil holder, mirror frame, and table stand from router error.

Router chip out on the stretcher
Cleaned up router chip out on the stretcher

So I flattened the mistake, picked up the scrap piece from the curve that was cut from this piece, cut out a rectangle larger than the mistake (making sure the grain was close enough to match), and CA glued it back on.  Wait after spraying with activator and then shaped back to the template and sanded smooth.

The repair
The repair
 Rinse and repeat until all the stretcher were complete and epoxied on (System Three 5-Minute Epoxy).
All stretcher glued into place
All stretchers glued into place

Because this is a long-grain-to-end-grain joint, I didn’t want there to be any breaking so I kept some of the clamps on to hold pressure as I drilled 1/4″ holes for the aluminum pins.  I used aluminum because I thought it would look better with the Maple than brass.  Also, I used rod that was 1/16″ larger in diameter than the plans called for so I had to make sure I spaced them enough not to interfere with each other.  I marked the placement, used an awl to start a hole for the brad point bit, covered with blue tape, re-established the marks with the awl, and began drilling.  16 holes in all.  Then came time to insert the pins.  The plans called for CA glue but I wanted something more substantial so used more 5-minute epoxy.  I glued one side at a time, waiting for the glue to get thicker before turning it to the next side.  Rinse and repeat 3 more times.

1/4" holes drilled and slightly toed in.
1/4″ holes drilled and slightly toed in.

I removed the tape used a Fein MultiMaster with a metal cutting blade to cut the protrusions shorter (the photo is before cutting).  Then used a Bastard file to reduce them close to the wood.  That SOB shaved them down fast.

Filing the aluminum pins close
Filing the aluminum pins close

Once all pins were about 1/16″ proud of the surface, I began sanding starting with 100 grit paper on my random orbital sander.  I progressed up to 150 grit and then began the 1/8″ round over of the edges.  The edges that the router could not reach were done by hand.  An 1/8″ round over is easy enough to do by hand I should have saved the $30 on the bit and rounded them all by hand.  Then I sanded with 180 grit paper and called it a night at 12am Monday morning.  End day 5.

All pinned and sanded to 150 and edges rounded over
All pinned and sanded to 180 and edges rounded over

Day 6

Monday afternoon I got a start on this right away.  I started with shaping the seat by cutting it out with a jig saw (only after fixing the template on with hot glue).  The set the router table up with a pattern bit and copied the seat to the template.  Note that I marked center lines on the seat and the template to match up before cutting with the jig saw.

Template fit to the top of the seat
Template fit to the top of the seat

I routed to the template in 3 total passes as I didn’t want to get any tear out when going from the end grain to the long grain.  Making small passes when was key here though Walnut machines very well I have noticed.  After flush trimming the seat I the rounded over the top with a 1/2″ radius bit.  The plan calls for a 3/4″ radius but but I didn’t have one and my seat is slightly thinner than David’s so I made it a bit proportional by sanding to get an approximate radius of 5/8″.  Notice the picture below has a rough uneven surface?  The template was the flat surface for the router table so I didn’t worry about smoothing it out.  Also, I was going to be slightly reshaping the profile by hand.

Template flushed and rounded over with a 1/2" radius bit
Template flushed and rounded over with a 1/2″ radius bit

Next came the fun, and very intimidating part.  I had never sculpted wood before.  I do not recommend taking a tool that you are unfamiliar with to a project but I didn’t have time to practice on anything else so I just took it slow.  What a blast that was!  I found that some cutting motions produced a much cleaner surface than others so I tried to maintain a low, flat angle to the surface and using my arms as one with my body.  This helped me keep control of the grinder and aggressive disc.

Carving the under side bevel with a Squire cutting wheel
Carving the under side bevel with a Squire cutting wheel

After approaching the marked boundaries I continued with 60 grit paper on my sander to flatten the sculpting and blend the underside with the bevel.  I couldn’t be happier with the result.  What an experience that was.

Bevel sanded with 60 grit paper
Bevel sanded with 60 grit paper

I didn’t take any shots when scooping the seat because I was having too much fun and it almost cost me the seat.  I did not lift the grinder high enough when moving it away from me and it dug and carved a line right across the middle of the seat.  Lucky for me I still had 1/4″ of material to remove from that area.  So no harm done but my heart did jump when it grabbed and tugged away from me.

Top surface scooped and sanded
Top surface scooped and sanded

Finally a look at the nearly completed shop stool.  I was thrilled to get to this point and then I kept thinking of those stretchers and feet.  Something was amiss.  There needed to be more done to shaping them.  So I went to bed and thought about it.  End day 6.

Final look...until I couldn't sleep over it
Final look…until I couldn’t sleep over it


I had about 5 hours left of work to do before the first coat of finish was to be applied.  I marked out on the stretchers where I wanted the new profile to be and began with a rasp.  The new profile was much better.  I continued with the bottom of the rail and repeated the same thing on the other 3 rails.

New look after rough shaping with a 4-in-1 rasp by hand
New look after rough shaping with a 4-in-1 rasp by hand

The feet needed some treatment too so I made some marks and removed a little material from the two front faces of each leg.  Checking my progress with a square as I went to make sure I was not making a bump or dish in the foot.

Foot before shaping
Foot before shaping

I sanded through to 220 grit paper and here is the new foot.  I considered giving the feet “hooves” by routing out a tenon on each foot and then gluing in strips of Walnut but since I had little time left I kept it simple.  It turned out fantastic.

Foot after shaping
Foot after shaping

Here she is all poised and ready to go her it’s first taste of tung oil.

The new look of the finished stool
The new look of the finished stool

First coat of pure tung oil applied
First coat of pure tung oil applied


The seat
The seat


Full shot
Full shot

Pretty good looking I must say so myself.  Lovely figure in that Maple too.  The aluminum pins stand out nicely as well.

The pins and figure
The pins and figure

I hope you enjoyed this write up.  I had a blast making this stool, participating in the “Shop Stool Build-Off”, and looking at all the other participants’ builds and designs.  It was a long week so I am going to rest now.