I’m preparing to do some hand-lettering for my next signed print using Faber Castell TG1-S technical drawing pens. My first task is to clean the old dried-out ink from inside the four pens I’m going to use. Back in the day when I lettered everything by hand, I rarely had to clean these pens, I kept them working correctly through constant use. Even ten years ago when I was doing two-thirds of my lettering work on the computer and one third by hand, the ink would still flow through them for a few months at a time. Now, when I’m lettering nearly everything on the computer, these pens sit neglected on my drawing table while the ink inside slowly dries and cakes, making them unuseable. So, yesterday I spent about an hour at the kitchen sink cleaning them. I try to do this when Ellen isn’t home. India ink won’t stick to or stain our steel sink and Corelle countertops, but the sight of inky mess everywhere is not for the faint of heart.
Turning the tap on a trickle, lukewarm, I take the first pen apart under the flow. The point-puller (6) screws over the end of the pen point (2) and one continues screwing until the point lifts out of the point body (4). Then the wire cap (3) pulls off the back of the point and the wire (1) pulls out of the point body.
This will probably make more sense in the picture above, where the pen pieces are shown in order. Also shown in this pic is the ink reservoir, which pulls off the point body after it’s unscrewed from the pen shaft. The pen cap (5) and the pen shaft are the only parts that don’t have to be cleaned.
To loosen caked ink, long toothpicks (8) are handy, I usually go through a few of them. The other essential tool is lots of paper towels. In addition to wiping, the corners are rolled into points (7) to insert into the insides of the pen point, the wire cap, the point body and the ink reservoir. If the ink is dry and hard, it will take multiple cleanings with these tools to get all or most of it out. The wire is the most easily damaged part of the pen, if you bend it, chances are very good that the ink will never flow through that pen point again, so I handle it very carefully. Fortunately not much ink sticks to it. The hardest part to clean is the inside of the point (upper left in the picture above) especially the steel shaft where the wire passes through a tiny tunnel to the tip of the point, allowing the ink to flow around it and out the tip. If dried ink is inside that tunnel, the only way to get it out is to insert the wire, VERY carefully, into the tiny hole at the outside tip of that metal shaft, essentially running the wire the opposite way through the tunnel from which it usually goes. I’ve lost a number of pen points doing that. If it succeeds and goes through, I then blow air into the point, pushing any dried ink out of the point. After rinsing, I fill the point with water and blow on the wider plastic end of the point. If water squirts out of the point’s steel tip, I know the tunnel is clear. If not, I repeat the process until it is.
The final test is to fill the ink reservoir with fresh ink, put the pen back together, and see if the ink will flow through. To get the ink started I tap the end of the shaft on the drawing board a few times, then shake the pen, point down, over some paper a few times. Inside the pen point, the wire should be felt moving up and down through the point like a tiny plunger. If it won’t move, there may still be sticky ink in the point somewhere. Several minutes of tapping and shaking should get the ink moving, and when the first ink shows at the pen tip, I test the pen on the paper. If the ink is flowing smoothly, an even line emerges with no skips or gaps, and the pen is ready to use.
Tomorrow I’m going to find out how rusty my hand-lettering skills are…