Clock #7 (Left) and Clock #6 (Right) |
This past month I have not posted, as you may have noticed. Business has returned to pre 2008 levels and I have been occupied with a lot of interesting work, arriving and departing. Since the antiques market has hit rock bottom, I have noticed a renewed interest in clients finding and restoring old furniture.
At the same time I have been celebrating the completion of 47 years working at the bench, restoring wonderful high quality antiques. Since I work every day of the week, every week of the year and only take time off to travel I calculate that I have been standing at that bench working with traditional hand tools and exotic materials for something like 16,000 work days.
I have been fortunate to have been healthy almost the entire time, and I have even come to work when I was sick, since I am a little obsessive/compulsive about my routine. With any luck I still have about 10,000 more days left in this body to be able to finish all the projects I have started for myself and which wait patiently in the back of the shop.
As Hector Berlioz noted: "Le temps est un grand maitre, dit-on: le malheur est qu'il soit un maitre inhuman qui tue ses élèves." Loosely translated: Time is a great teacher, we say: unfortunately it is not human and kills its students.
As a devote historian and builder of clocks, I have been a student of time all my life. I know how it ends.
Speaking of clocks, I have finally started building two clocks, which have been on my "to do" list for a year. These will be my 6th and 7th examples, and all the previous clocks have been sold. One of these (#6) is already sold and I expect #7 to find an owner before it is finished, if the past is any indicator of what to expect.
Joseph Windmills Resting Quietly |
Clock #6 is the smallest body clock I have ever made, designed after a famous clock I had the pleasure to restore years ago for a famous actress living in Los Angeles. That clock was from the Wethersfield Collection of English Clocks and was made by Joseph Windmills, in London in 1690.
At that time I found a clock dealer in London who made her an offer of $150k to purchase it, but she turned him down. She would rather have the clock than the money.
Wethersfield Collection Page 22 |
This Windmills clock is interesting and has some dramatic marquetry, using olive oyster frisage decorated with ebony and boxwood pinwheels and fans. Very modern for the time. It also has a very narrow body, where most clocks need a 10" swing for the pendulum, this clock only needs 9". I searched for many months online until I found a period clock works which had the required dimensions. I am having David Lindow make a new period engraved brass face for these works, with my name of course.
Unlike the original case, I do not have access to good aged English oak for the carcase, so I am building it out of tulip poplar, which is the best I can get locally. After all, I choose to live in Southern California, so I need to compromise with my wood selection. I used to use Honduras mahogany for all my secondary wood carcase construction, but those days are long past. The only real choices I have are beech, oak and poplar. Pine is out of the question due to cost and poor quality.
Did I hear Jorgensen Clamps Were Out of Business? |
My normal method for making a tall case clock case is to dry fit the pieces together, getting all the joinery right. Then I take it apart and press the veneer surfaces on each board, leaving the edge banding off. After the sides and front are glued together I can add the edge banding, covering the corners and edges. Since I am using all sawn material (1.5mm thick) there is plenty of thickness in the veneers to work with.
The oysters are purchased from Patrick George, in Paris, and sawn specifically for me. I always get the first choice of his material, and just last month ordered another $3k worth of olive to replace material I have used. I am designing a William and Mary chest of drawers with olive oyster marquetry for a good client in Dallas and need the best material for that project. I am proud to say that this same client owns my first clock, a copy of the Tompion clock at the Met in New York.
Adding The Ebony and Boxwood Sawn Veneers |
To produce the decoration for the door, I use a standard assembly board process. Stretching Kraft paper over a board and building face down with hot glue lets me put together very complicated patterns with ease.
Mastic Filler Added to Back Surface of Design |
After I put all the oyster pieces down, I added the ebony and boxwood pieces one at a time, carefully trimming each piece to fit with a rabbet plane. As each element was fitted into its respective cavity on the assembly board, it was held with masking tape. After all the ebony and boxwood pieces were set in place the masking tape was carefully removed, leaving the elements in their position. I then used clear packing tape to hold all the pieces together, trimming around the outside for each design. This method allowed me to lift out the entire assembly, add some hot glue and then quickly place it back in place, clamping briefly. Removing the clear tape is the last step.
Face Side After Removal of Kraft Paper |
Once all the pieces were put together on the Kraft paper, I applied mastic, as usual, making a paste of hot water, thin glue and Cuban mahogany filtered sawdust. After this was dry, I lightly sanded the surface, cut away the Kraft paper and used Old Brown Glue to apply the entire panel to the substrate.
Door Ready to Trim to Fit Case |
The next day I removed it from the press and used cold water to scrape off the paper and glue from the face. This exposed the final pattern for the first time.
Clock Before Sanding and Finish |
The next stage of this project is to build the bonnet and get the face from David Lindow.
Hello Pat,
ReplyDeleteThank You very much for this beautiful post!
Wish i could see these in person.Do i see it on the first photo right if i think You worked with rabits instead of dovetails for the bases?
Filip.
Beautiful work Patrick. The oyster fitting must be challenging.
ReplyDeleteWorking with oyster veneers is very quick and easy. You first glue paper to the face of each oyster so they are stable. Then you lay out two oysters and determine the two points of intersection at the edges. Draw a straight line between these two points and cut with a veneer saw both pieces. Continue to develop the pattern, cutting each oyster as you go, exactly on the line which marks the intersection of the next piece.
ReplyDeleteWorking on the assembly board you can glue them down as you go. Of course this means there are two layers of Kraft paper on the face, but that is not really a problem.
Same method with the sausage veneer pattern on the side of the clock.
Filip
ReplyDeleteYes, it is easier to join the sides to the front and back with a shiplap rabbet joint. The sides overlap the back and the front overlaps the sides. The poplar material is 2cm thick so the rabbets are 1cm each side.
Gorgeous craftsmanship. Sharing this for my friends to see what goes into such a high level of refinement. Bravo
ReplyDeleteMr Patrick
ReplyDeleteThank you for this post, very informative.
Is that a 'Zona hobby saw' near the mug at the bench?
Yes, you are right. Good eyes. I need to be careful what I post...however I like the saw because it is cheap and has fine teeth with little set.
ReplyDelete