The serial number of this machine is AK210841 and Ismacs dates it to 1951. It was one of 25,000 201’s commissioned for manufacture on February 20, 1951. The blue badge marks that it is a “Centennial” machine. Celebrating Singer’s 100th anniversary, machines were produced with a blue centennial badge. There is an interesting part to the story… there was such a demand for the centennial badged machines that Singer grabbed older surplus inventory and gave them a blue badge! I had a 201 with a centennial badge that was made in 1948! I have seen centennial badged machines produced in 1948!
Being a 1951 machine, this 201 is a true centennial machine. As for the 201, I can’t add to anything already said about the machine. It is regarded as the finest machine Singer ever manufactured. So good in fact, that it defined a new “professional” class of sewing machines. It is not an industrial or commercial grade machine, and it is not a domestic machine. Designed for tailors and seamstresses, it was intended to sew reliably for long stretches on various weights of fabric.
According to the customer, her son bought this Singer 201 in a cabinet at an estate sale. The machine appeared to be working, but as she checked it over she told me that it looked like it had been badly mistreated. She was concerned that some of the bobbin parts may have been damaged, and she wanted to know if it was possible to restore the machine.
Truth be told, I am excited to have the opportunity to do so! I truly enjoy restorations on these fine Singer vintage sewing machines. Why? well, they are so well built that they are a pleasure to disassemble and clean, and I know the outcome will result in a machine that will sew as close to new as possible… I would dare to say it will sew like new, but unfortunately, I wasn’t around when this machine was new. For this 201 mechanical restoration at least, that is my minimum expectation! Even before I remove a single screw, turning the balance wheel tells me that the machine is smooth, and as hard as it is to imagine now, I know it will be appreciably smoother when the restoration is done. I have not run the machine, but I also know that as long as the motor runs, it will be quiet and almost vibration free while making a great stitch for any sewing project.
The mechanical restoration will include disassembly of all of the parts found in the sewing mechanisms to the greatest extent possible. For a 201 restoration, this will include everything up to the gears with one exception. The gears on a 201 should not be disturbed. They are balanced in sets and tooth matched for smoothness. Everything else in the machine is fair game. All of the parts disassembled will be ultrasonically cleaned, heated in oil to remove any moisture, wire brushed, and some critical parts will be polished. The gears will be cleaned in place. The motor will be disassembled, the armature and motor shafts will be polished, new main power leads will be installed, and the grease wicks cleaned and relubricated. The balance wheel and bobbin winder assembly will be disassembled and restored. All of the plated parts will be buffed and polished. The foot controller will be cleaned, and new foot controller wires and main power cord will be provided.
This machine is going to have an original finish cosmetic restoration to preserve the original paint and decals. In addition to the mechanical restoration, it will be deep cleaned I will make judicious decal repairs with color matched gold paint. The typical paint chips will be repaired with paint matched black paint. The machine will be top coated with shellac followed by hand rubbing and polishing to a smooth and rejuvenated finish. Following the cosmetic restoration, everything will be reassembled and adjusted for the best performance possible.
The goal of this restoration is to attend to every detail possible and to obtain the best cosmetic condition possible. One thing I have learned in sewing machine restoration is that some machines need more, some less, but all of them get what they need.
Typical of all restorations, the outcome of the original cosmetic restoration can be judged by before and after pictures. The outcome of the mechanical restoration requires a leap of faith. The before and after condition of the parts and motor can be seen in pictures, but not felt. Still, it is easy enough to imagine the improvement imparted in the process.
This is the machine in its original condition:
As you can see, the shellac on the bed is worn and there is some slight silvering of the decals. Overall, the decal condition is fair. There are some breaks in the decals lines that will be repaired. Deep cleaning will improve the existing finish on the machine, but the new topcoat will blend in the original shellac and restore the original deep black color of the original paint. Moving on, the first step is the mechanical restoration.
The mechanical restoration begins with removing all of the parts and assemblies in the sewing machine head.
One end of the thread take-up assembly is pinned by the shaft shown in the above picture. It is secured by a small set screw in the body of the machine. On this machine, the set screw was frozen and refused to budge. Despite all attempts to loosen it, it refused to budge. Rather than damage the shaft or linkage trying to remove it, this part will remain in the machine. The cardinal rule in any sewing machine restoration is “do no harm”. If attempting to remove a part ends up damaging it, the repair it harder than it is to leave it alone. Fortunately, this part has minimal rotation in the assembly, and it is easy to clean it in place.
Next, the parts in the bobbin area and underneath the sewing machine bed are removed.
The feed dog rocker assemblies, the stitch length fork, and the connecting rod, along with the stitch length fork guide is removed. These and all of the parts disassembled are laid out for ultrasonic cleaning
The parts show a fair amount of old oil varnish that must be removed. This coating adds friction and inhibits the smoothness the machine is capable of. After ultrasonic cleaning, the parts are heated in oil to remove any moisture from the ultrasonic cleaning, and the parts are wire brushed to complete the cleaning.
Some parts need an additional step and are polished. These include the needle bar, the presser foot bar, the bobbin case shaft and the connecting rod bearing surface. Side by side, you can see the difference.
After cleaning the parts look like this.
In a 201, the rotary hook assembly and bobbin case must be as clean as possible. The rotary hook design is responsible for the stitch quality, and attention to detail is important. There are covers, nooks, and crannies that collect gunk over decades of use that need to be cleaned… starting with the bobbin case.
Then the bobbin hook race…
The bobbin case and bobbin hook race was pretty dirty on this machine. There will certainly be an improvement in the bobbin thread tension and stitch quality.
The one unknown in any 201 restoration is the condition of the motor. Is it good or is it bad? I don’t know because I don’t attempt to run the motor before restoring it. Why? 99% of the time the main power leads are cracked and the condition of the armature and brushes is unknown. The motor is going to be completely disassembled and cleaned, the armature and shafts are going to be polished, the wicks are going to be cleaned, and the brushes are going to be reconditioned. I will know if the motor is good only after it is restored. Due to the quality of these motors, I am confident it will run just fine. If not, it will be a bad motor in extremely good condition! Here is the process shown in pictures.
The restoration process begins with completely cleaning all of the motor bits and pieces.
The old grease and residue from the motor housing is removed.
the armature and shafts are polished.
the brush tubes are cleaned and resoldered to the field coil, and the new power wires are soldered to replace the old wires
The brushes are reconditioned
After cleaniing, the wicks are recharged with grease.
Then, there was a diversion. I have a young but attentive student observing each step of this process. She stopped in to check my progress and offer assistance… her name is Pepper.
Concentrating on the task at hand, the motor is reassembled.
Only now will I know if it runs… and run it does! It is smooth, quiet, and quite powerful. But then, I kinda knew it would.
Next, the balance wheel is disassembled, cleaned, and regreased.
The bobbin winder is disassembled, cleaned, and re-attached to the motor.
The final step in the mechanical restoration before reassembly (which will be after the cosmetic restoration) is the top tension assembly. It is disassembled and cleaned. There is a lot of gunk on the tension shaft and because it is in the thread path, is cleaned and polished.
The goal here is to protect the original paint and decals and get the best cosmetic condition I can. This doesn’t mean making it look perfect, but to accentuate its strengths and diminish its weaknesses. For example. There is some slight silvering in the decals. This cannot be reversed, but the slight breaks in the decal pattern can. These will be repaired with paint matched gold paint. The typical paint chips will be repaired with color matched shellac base paint. The old shellac finish is quite rough and there are signs of degradation in the coating that will need to be removed before the new top-coat finish is applied. This will require quite a bit more preparation to accomplish, but the goal is to restore the beautiful black color of the original paint to the machine, and to get a silk-smooth finished surface.
While the process is straight forward, care is taken at every step to preserve and rejuvenate the finish. After all, the purpose of applying a new topcoat is to protect the decals and the paint. The steps taken to prepare the machine for the new finish are unique to each machine. The process is shown in the following pictures.
The original finish of the machine before preparation.
The paint chips are repaired first.
Similar chips are repaired along the bed. Then the decal repairs are made. First, a small quantity of paint with different gold colors is mixed to match the gold decal color of the machine. A piece of clear tape next to the decal provides a test palette. The chosen mix is applied with a fine tip artist brush under magnification.
I don’t try to correct every defect, but I want the machine to look good at a 6″ distance and great at a 12″ distance (my 1-foot rule). It is as important that the machine look consistent over an area. Attempting to correct every small defect is actually more noticeable than not.
Preparation of the bed requires that the bed be sanded with 500 grit paper to smooth out the irregular patches of the shellac, remove degraded shellac, and any other discolored areas that may prevent the new topcoat from bringing out a uniform color in the black paint. It isn’t possible to remove all of the old shellac, but don’t worry, shellac dissolves shellac and the final finish will be uniform in appearance
Next the machine is cleaned, and a thin layer of linseed oil is applied over the body of the machine in preparation for the new shellac topcoat. Now the machine is masked off and sprayed with six coats of new shellac.
The new shellac topcoat is allowed to dry for a minimum of four days before the finish is rubbed out with multiple grits of fine sandpaper and glaze polished. polishing will be done twice… Once now and again after the machine is assembled and adjusted. The first polish brings out the luster and the paint and decals look great the second will remove any handling marks from the reassembly and further smooth the finish.
Now the reassembly and final adjustments are made. The reassembly is pretty straight forward, and the restoration is getting close to the end. The needle depth is set, the hook timing is set, and the feed dog clearance and feed dog stitch length adjustments are made. The machine is run for about 10 minutes to seat all of the parts and afterwards all of the adjustments are checked and readjusted if needed.
The final step is to polish all of the chrome plated pieces and other little shiny bits. the following picture shows the parts to be buff polished.
The polished pictures will be shown on the machine when the restoration is complete. The camera has a hard take taking a picture of a polished part… but before I can show the completed pictures, I need to wire the controller to the machine, run it, and adjust the machine for a balanced stitch.
This machine is getting a new power lead and new foot controller wiring. The foot controller is cleaned, oiled and adjusted and the new wires attached, because this machine is going to be installed in a sewing cabinet, the foot controller is hard wired to the machine.
The machine is set up to run and is threaded and adjusted until a good balanced stitch is achieved.
Thats it! The machine is polished a second time and is ready to sew for many more years to come. For comparison, this is the machine after the restoration is complete.
Well, I enjoyed this restoration… it allowed me to learn a bit more by addressing the shellac degradation and how to correct it. I hope you like what you see and enjoyed the restoration process as much as I did… this 201-2 looks and sews great! Now I can look forward to the next restoration!
As always, if you have any questions, or if I can be of any assistance, please contact me through Etsy or send me an email to Pungoliving@gmail.com.
Thanks for reading!