Daily Archives: October 15, 2023

A Major Overhaul for an S&R Woodcrafters Pipe


Blog by Kenneth Lieblich

I’ve mentioned before that there are some pipes that are so challenging that they are an entire pipe-restoration course in and of themselves. This is one may not be as bad as some I’ve tackled in the past, but it certainly needs some major help! This is a S&R Woodcrafters Pipe and it belongs to my cousin in Montréal. He asked me if I could bring it back to life and I said I’d give it the old college try. This pipe reminded me that sometimes the wear-and-tear of the years needs to remain on a pipe as part of its story. This pipe has been abused over the years. I managed to bring great beauty back to this pipe, but it would always retain signs of its past. The pipe in question was made by Stephen and Roswitha Anderson (hence, S&R Woodcrafters) of Columbus, Ohio. They make unique, handcrafted pipes and are fascinating pieces. I read a blog Steve wrote on an S&R pipe earlier this year to learn more about the pipe’s background. I was directed to the Pipedia page on S&R and it has a lot of good information:

Stephen and Roswitha Anderson of S&R Pipes, also known as S&R Woodcrafters, have become pipe makers renowned throughout the world as talented carvers of high-grade briar pipes. They have been featured in several trade publications and magazines such as Pipes and Tobaccos and PipeSmoker, and have several pieces on display in museums in Europe and the United States. 

They are the first American pipe carvers honored with induction into the Conferee of Pipe Makers of Saint-Claude, France; the very place where the carving of briar pipes became a world-wide industry. Sadly, Steve passed away in March of 2009. Roswitha is still carving S&R pipes and carrying on with the shop with help from her “guys” David, Marty, and Tony. 

Steve and Roswitha began carving pipes in the 1960’s. They travelled to pipe shows and arts and crafts shows throughout the country and Europe selling their pipes and built up quite an extensive loyal customer base. Eventually, it became time to offer their pipes to the retail fraternity of pipe smokers. 

Pipes & Pleasures had its grand opening in a distinct red brick house on Main Street in Columbus, Ohio in 1977. The front section of the house was converted into a traditional tobacco shop selling pipe tobacco, cigars, and pipes manufactured by well known companies such as Dunhill, Charatan, and Savinelli as well as the high-grade S&R pipes that Steve and Roswitha carved. A workshop was set up in the back section of the house. 

When the cigar boom hit in the ’90’s, the shop was expanded by building a large computer controlled walk-in humidor. It’s no secret throughout the country that Pipes & Pleasures has the best maintained cigars in the Columbus area as well as the best selection of premium cigars available in the area including the much sought-after Davidoff line. 

Soon after the boom began, Steve and Roswitha moved their pipe making workshop to their farm and converted that space into a large smoking lounge for their many customers. The lounge features comfortable easy chairs, a television set, a stereo, a library of books and magazines about every aspect of tobacciana, a chess table, and a couple of card tables. The lounge is populated daily with long-time loyal customers and newcomers to the enjoyment and relaxation of cigar and pipe smoking. It’s also the room where several cigar tastings and samplings are held every year by representatives from cigar companies such as Davidoff and La Flor Dominicana.

In fact, their shop, Pipes & Pleasures, is still running. You can visit their website here.This is a charming pipe, but it had a number of significant issues, aside from the usual. Let’s take a closer look.

  • The rim is heavily shredded and notably burned.
  • The opening of the bowl is badly out of round.
  • There’s a big gouge on the side of the bowl.
  • There are several fissures inside the bowl (one of which might connect to the gouge).
  • There’s a crack on the top of the button.
  • There’s a piece missing on the underside of the button.
  • The mortise and tenon are not seated properly, but this might be corrected by a thorough cleaning.

I began by cleaning the outside of the stem with some Murphy’s Oil Soap on cotton rounds. This removed some of the surface staining. Then, I started cleaning the insides with isopropyl alcohol, cotton swabs, and pipe cleaners. The inside was dirty and it took a bit of cotton.There was some oxidation and calcification on the stem, so I wiped it down with SoftScrub cleaner. Once this process was done, the stem went for an overnight soak in the Pipe Stem Oxidation Remover. This allows me to clean the oxidation off in a couple of ways: by applying a mild cleaner to the surface and sanding the stem. The next day, I used SoftScrub again with some cotton rounds. As the photos show, the bit of the stem was badly damaged. The top side was significantly cracked and ruptured, while the underside was missing a chunk of vulcanite. I brought out my black cyanoacrylate adhesive and I applied it to the topside damage. I used some accelerant to get the glue going, and then moved on to the underside.The major gouge would need far more work. I made a patch out of black cyanoacrylate adhesive and a little activated charcoal in). I first plugged up the stem’s draught hole with a shaped piece of cardstock, coated in petroleum jelly. This ensured that any of the CA glue would not accidentally plug up the air passage in the stem.This was a tricky business and it took some real patience and effort to make it work. As the photos show, after I applied the cyanoacrylate, it looked pretty darn ugly, but I was expecting that. After the curing, I ended up sanding down the end of the stem to reduce some of the excess material. To carry this process on, I used some miniature files to further shape the button and make it suitable for sanding. I used another file on the inside to ensure there were no rough edges in the bore.I then sanded the stem down with 220- and 400-grit sandpapers to meld seamlessly into the stem. This ensures that it keeps its shape and looks like it should. I then used all nine Micromesh pads (1,500 through 12,000 grit) to bring out the lovely black lustre on the stem. I also used Obsidian Pipe Stem Oil in between each pad scrubbing. It is worth noting that a repair this big on a stem will never be completely invisible, but I was pleased with the results. On to the stummel – and there was plenty of work here too. As the photos show, there was a notable crater on the outside of the bowl and I could see a couple of fissures. This concerned me greatly, as I wondered if the two wounds were connected (literally and figuratively). The insides (both bowl and shank) had plenty of cake and tar. The bowl really needed to be reamed, so I used the KleenReem tool to scrape off as much built-up cake. Generally, I prefer to sand the chamber down to bare briar. When restoring, it is important to ensure that there is no damage to the briar under the cake. There are a few situations when I might leave some cake in the bowl, but not today. Sadly, there were definitely some hidden flaws to the briar on this pipe. I’ll come back to that later. I wiped down the wood with some Murphy’s and pulled off lots of grime. Then I started cleaning the insides with isopropyl alcohol, cotton swabs, and pipe cleaners. The inside was pretty dirty and required some cotton to clean it up.I decided to de-ghost the pipe in order to remove any lingering smells and dirt of the past. I thrust cotton balls into the bowl and the shank and saturated them with 99% isopropyl alcohol. I let the stummel sit overnight. This caused oils, tars and smells to leach out into the cotton. I finished this part off by cleaning the shank with Castile soap and tube brushes. The bowl was nice and clean after this. I went back for another go with the Murphy’s and a toothbrush, to ensure the grooves were done too. Now that the pipe was clean, I wanted to have a closer look at the state of the briar. One piece of good (and remarkable) news was that the crater on the outside of the bowl and the fissures on the inside did NOT meet up. This was a great relief. Nonetheless, both areas needed to be repaired. But before that, I wanted to correct the appalling roughness (and burns) on the rim of the pipe. It was bad – really bad – and it would be a challenge to make the pipe look normal. At the same time, it was necessary to address the bowl being so badly out of round. I put a sanding drum (and a couple of other bits) on my Dremel and carefully began removing the burns and shredded wood, and correcting the out-of-round- bowl. This is NOT an option that I use regularly. The risk of oversanding is high and that can be an even bigger problem. However, I worked slowly and cautiously. I only used the Dremel briefly before moving on to sandpaper. I also used a solid wooden sphere on the inner edge of the rim. In addition to this, I also sanded down the outside of the bowl, near the rim, so as to minimize the visual effect of the bashed edge. I sanded all the way around to ensure that the pipe retains its look. It was a laborious process to sort out these issues, but I was delighted in the end. Moving back to the fissures – the solution to this problem is always a tricky one: epoxy. I prepared some J.B. Weld epoxy and filled the cracks and gouges, ensuring that the epoxy was evenly spread throughout the bowl. Of course, I did plug the draught hole with a folded pipe cleaner (coated in Vaseline) to make sure none of the epoxy made its way up there. Once done, a good 24 hours was needed to ensure that the epoxy was properly cured. Once done, I gently sanded the inside of the bowl to provide a rough surface for what was to come next. I coated the entire inside of the bowl with a mixture of activated charcoal and my wife’s homemade yogourt. Once hardened, this provided a good, slightly rough surface for a new cake to build.As mentioned earlier, there was a crater on the bowl. It was large enough that I would not be able to make it disappear entirely, but I wanted to make it solid and smooth, and meld into the rest of the wood. I fixed it up with a mixture of cyanoacrylate adhesive and briar dust. This, too, was tricky, as the wound occurred immediately adjacent to one of the stylized grooves in the pipe. Next, I used all nine Micromesh pads (1,500 through 12,000 grit) all over the stummel to make it lovely and smooth. Then, applying some Before & After Restoration Balm added that je ne sais quoi which brings out the wood’s beauty. At long last, I was off to my bench buffer to put the final touches on this pipe. I first gave it a thorough going-over with White Diamond compound. Following that, several coats of carnauba wax created a beautiful, glossy seal on the pipe and some closure to this long and involved repair.The lovely shine made the wood look beautiful! Once again, I’m sure my cousin will love this pipe! I hope you enjoyed reading the story of this pipe as much I as I did restoring it. The approximate dimensions of the pipe are as follows: length 5¾ in. (146 mm); height 3½ in. (90 mm); bowl diameter 1½ in. (39 mm); chamber diameter ¾ in. (20 mm). The weight of the pipe is 1½ oz. (46 g). If you are interested in more of my work, please follow me here on Steve’s website or email me directly at kenneth@knightsofthepipe.com. Thank you very much for reading and, as always, I welcome and encourage your comments.

A Resurrection of a 1920 Dunhill Patent Ao Bruyere 52 Bent Billiard


Blog by Eric Fleming

Eric and I have chatted about pipe restoration for some time now and when he picked up this Dunhill I asked him to keep me posted on his work on it. I have to say, he went far beyond anything I have done and really, what I expected when I saw the pipe. It is a very creative and innovative restoration that I thought you might all enjoy! Without further introduction or discussion, Eric will walk us through his process in the following pages. Thanks Eric for allowing me to post it on rebornpipes!

As a student of history and all things of antiquity I am a sucker for an old Tobacco Pipe. And as a result, when I ran into this poor old and somewhat disabled Patent era Dunhill I couldn’t resist the temptation to “try” to rehabilitate it. Configuring a plan of attack based solely on pictures is usually riddled with surprises and this plan was the usual. The damage was as adequately represented as an image can be but holding a thing in one’s own hands and soaking in the magnitude of it is another thing entirely. Upon unboxing, it was obvious that my plan was slightly premature.

The moment I concluded my purchase I moved straight on to Pipedia to confirm some of what I already knew (Dunhill Bruyere – Pipedia.html). This old boy was a Dunhill (shape 52) Inner Tube patent# 1130806/15 (1924-1926) Ao Bruyere. The history of the early Bruyere is interesting. By 1920 Dunhill was making all of their stummels in house and the Bruyere of this time was “usually” made of Calabrian briar due to its physical traits and ability to take on a deep red stain (Pipedia Dunhill Dating Guide – Pipedia.html).

Here are the Before pics. The Dunhill had some things going for it. The original Vulcanite stem had already been polished and exhibited very little external wear. There are a few indentations near the tenon that a previous owner decided, rightly, to leave alone rather than reduce the diameter where it matches up to the stummel. This pipe is almost 100 years old. A little original wear is, in my opinion, a mark of character. Proof of a past existence if you will. The tenon to mortice fit was surprisingly tight. Extreme care was taken to remove it. This will have to be remedied before it is re-inserted. The stem’s draft hole was heavily caked in tar. The stummel was in reasonably good shape everywhere but the rim. This poor old boy survived many violent blows over the years, Severe mushrooming and on one side it chipped out at some point. A crude epoxy fill was employed to fill the damage. The rest of the stummel had almost no original finish and was clean internally and sooty externally. The factory stampings were difficult to read, rather thin but enough to make out. I was hopeful that cleaning would bring them back some. The bottom of the bowl was hard to make out since a very thick bowl coating had been applied. Shining a light into the bowl revealed that the bottom of the bowl was eroded below the draft hole. This pipe might have been someone’s favorite. It has been smoked heavily. It was now time for deep cleaning. Aiming towards the low hanging fruit, I decided to deal with the stem first. The draft hole had an impressive build up. The first alcohol soaked bristle cleaner was tough to push through and many were employed to finish the job. Toward the end I couldn’t help but wonder if I was removing the end result of a fine smoke that took place nearly 100 years ago.Now on to the stummel. Because it was quite clean already I decided to skip the soapy water scrub and just scrub the outside with Murphy’s oil soap concentrate and a toothbrush. This action effectively revealed the briar under the grime and I was quite happy to see that the stampings were clearer and more visible. Still light but legible.

Next was the issues with the inside of the bowl. The coating was hiding much of the real condition of the pipe. Cotton balls were inserted into the bowl and wadded up tissue pressed into the mortice. 99% alcohol then poured in to perform its overnight magic. The next morning the coating had been dissolved, easily removed with a wipe. Now the real condition is revealed and it wasn’t all that good. The epoxy fill was deep and the side of the bowl had light erosion from the many smokes this pipe had delivered. The erosion at the bottom of the bowl was deeper than originally perceived. Not near burnout, but about 1/8” below the draft hole. At this point a decision had to be made as to how to proceed. The epoxy fill was poorly done and would likely cause future problems if left alone. The mushrooming of the rim was unlikely to be steamed out and the height of the rim was obviously below it’s original state. After a day of rolling it around in my mind I decided that there was no other acceptable option but to remove the offending rim and replace it. The erosion would also need to addressed.

For me the easiest way to remove the top of the rim is with my old manual knee mill. Using the disc sander an even flat is ground on the top of the rim. The stummel is then placed in the machine vise with protective strips of leather. The leather not only protects the briar from indentation but it also adds some traction for the jaws to grip. A dial indicator is then used to indicate the flat on the top of the rim. This operation could have been done with the disc sander alone but I am partial to the control allowed by the mill. After the mill the refreshed rim is lightly sanded by hand to 400 grit on a sanding block. To fabricate a new rim a small piece is cut from a chunk of briar left over from another build and sanded flat on one side then milled flat and parallel on the knee mill. The only references I had to estimate the correct height of the bowl were the measurements taken before the rim removal and an image found online of a 52 shape Dunhill.

By the way, The shape 52 is listed as a Bent Low Pot. My measured estimation is that once the rim was removed there needed to be .200 added back. This is not an exact science. The .200 thick block of briar then has two diameters marked with a compass for outside diameter and inside diameter, leaving a little extra on each of course, and taken to the scroll saw to be roughed out. Glue up comes next. All briar surfaces to be bonded are wiped with alcohol to remove dust and or oil residue. The epoxy I have grown fond of is West Systems G Flex 2 part epoxy. It is incredibly durable, neutral when cured and easy to work with. Since it is undesirable to have an epoxy filled bowl, I have found it advantageous to mix the epoxy, wait 45 minutes (the listed pot life) and then apply to both briar surfaces. At this point the epoxy is gel like and will not run. The stummel is clamped in a vise and remains for 24 hours. Once the rim replacement has cured the tedious hand work begins. Extra material is removed with aggressive hand files. Then small needle files are used to bring the profile close to finished. To match and blend the two surfaces at the end a ¾” wood dowel wrapped in 150 grit sandpaper is used to mate the inside diameters while a small thin sanding block with 150 grit is used to mate the outside diameter. The entire stummel (except for the stampings) are at this point sanded from 250 grit thru 2400 grit micro mesh. The stamped parts of the stummel sanded 1500 thru 2400 grit micro mesh only. The erosion damage to the bottom of the bowl is the next focus. I have used “pipe Mud” with success in the past but it can be precarious and doesn’t always stay put long term. I wanted a more permanent fix and didn’t feel the need to bore a hole through the bottom of the stummel for a plug. So, I shot a call to my pipe making and repair mentor Mark Tinsky of American Smoking Pipe Co. Mark has been making Artisan Pipes longer than I have been alive, tolerates my frequent calls and emails, and is an all around great guy and wealth of knowledge. Upon presenting my Dunhill issue he shared with me one of his bowl bottom repair tricks. A mixture of Elmer’s multi purpose glue, Briar dust and Charcoal dust mixed into a black paste. This was a new one to me. When I asked Mark “why not Pipe Mud”? He replied… “I don’t smoke Cigars”. Apparently, Elmer’s glue is an organic material and when mixed with both briar and charcoal holds up to the temperature and general abuse well. The Briar dust was left over from the rim removal and the charcoal dust was made from Willow Charcoal sticks easily found at an art store. The mixture is easy to adjust for texture and also easy to apply. The draft hole of the stummel was plugged with a pipe cleaner and the mixture slowly scooped in to the desired level which was almost to the top of the cleaner. The stummel was then set aside to cure for 24 hrs.  The next day I had a high and flat surface at the bottom of the bowl. A ¾” wood dowel was taken to the disc sander and slowly profiled to my desired radiused bowl bottom. This took several attempts. Then a small diameter was cut from a sheet of 80grit sandpaper and glued to the radius of the dowel. I used super glue for it’s fast adhesion. The bottom of the bowl was then sanded with the abrasive dowel until the desired depth was achieved. The result was surprisingly good. The shiny dark color was noticeable but very uniform to the bowl.  All that was then necessary to complete the repairs to the inside of the bowl was to address the light erosion to the sides. Since they were shallow It was decided that Pipe Mud would be a good solution. A nice Maduro was sacrificed to fulfill my pipe repair needs. You owe it to yourself to employ a “good” cigar for this purpose. Not only is it a nice change of pace but a fine cigar actually produces a higher quality ash. Using a dropper, I slowly added water to the ash. This can easily be overdone. If the mixture becomes shiny, you have added too much water and need to add more ash. If the mixture is too dry it wont stay put. I experimented before using it the first time. I am glad I did. The Pipe Mud was then scooped into the bowl, not allowing it to settle in the bottom and then worked into the erosion with a finger. The Dunhill was again set aside for the day. With the Dunhill repaired, sanded and ready for dye I had reached a point of concern. How do I blend this light colored briar to the rest of the stummel without it looking like a repair? I had previously researched the old Bruyere finish used in this era Dunhill. Apparently, it consisted of a light brown dye under a dark red dye. A few examples were found online and saved for comparison. The light briar of the repair then received 6 coats of dark brown dye lightly polishing each back until it was darker than the original briar color. The rest of the original stummel received one coat of light brown dye and polished back. At this point I tried to blend the light into the dark for a seamless look. Then the dark red was lightly received and polished back. The result was not great. The original part of the stummel looked nearly identical to the sample images I had found but the repair was still obvious. With no other option I gave the repair many coats of dark red overlapping onto the original briar to try to create a pure dark red blending into the lighter dark red. This took several tries and applications. In the end, I was not able to perfectly match my sample images due to the very dark rim, but I think it’s better than having a obvious mismatch that would surely stand out. Indoors the repair is almost invisible. Outside in sunlight it can be faintly seen. Because I was a little hesitant to mess with this time consuming and difficult dye job, it was decided to take the light-handed approach to waxing the stummel. Crystal Clear Paste Wax was lightly rubbed on with a soft clean cloth and polished off. Letting it sit for 30 minutes, polished again and re-applied 3 times. This approach is probably not as durable as pure carnuba wax applied with a buffer but I was not willing to risk spoiling the hard won appearance. Normally I would call this repair complete but there had been so much work done to the inner bowl I was uneasy to leave it as is. There are many versions of Bowl Coatings but from what I have read and heard they all server the same purpose. To protect the inner bowl from heat damage. At this point I had a glue concoction for a bottom and pipe mud lightly coating the sides and epoxy joint. That is worth protecting. I decided to go with another of Mark Tinsky’s suggestions and use the honey/charcoal version of the bowl coating. A couple drops of honey were placed in a small bowl. Water was mixed in with it 1 part honey to 3 parts water to create a very thin yet sticky liquid. I still had charcoal dust laying around from earlier. Using a pipe cleaner bent in half It was dipped into the honey water and lightly swabbed on the entire inside of the bowl. The charcoal then dumped into the bowl, a piece of cardboard held over the rim and a good blow into the draft hole to scatter the charcoal and clear the draft hole. It was then let sit for a few hours and the charcoal dumped and blown out. This Old Dunhill has been rehabilitated and is ready for a few more years of service.I learned a lot from this project. It is the most involved pipe repair I have attempted to date and has opened my eyes to the possibilities from this point on.  Because I know this project could not have been a success without the incredible depth of knowledge that was shared with me I would like to thank those individuals for their giving nature.

I have been reading rebornpipes for years and have structured much of my method after Steve Laug’s style of pipe repair. I don’t think I would have started refurbishing pipes if it were not for this Blog and am honored to be a part of it.

A shout out to Mark Tinsky as well. I doubt there is any aspect of pipe repair or pipe making that this man has not experienced. His patience with me has been instrumental and is greatly appreciated.

Eric Fleming

Boise Idaho