Reinforcing

Spindles with hooks have a weak point where the hook screw connects with the wood, especially if the shaft is slender. I like slender shaft drop spindles because I feel I can control the spin better and the light weight is more comfortable. I don’t like when I drop it and the shaft cracks. To give the metal to wood join some reinforcements, I decided the wrap the weak area with waxed silk.

Clockwise: scissors, beeswax, silk cord size D, drop spindle

The method I used to wrap is called common whipping. Plugging those two words into your search engine will generate all sorts of illustrations and tutorials, as long as you get the words right. It took me an hour of searching to find the right words, I had a synonym of whipping in my head that I couldn’t dislodge. So, two words: “common whipping” are my gift to my readers today.

Common whipping on a drop spindle with waxed silk cord

I ran an arms span of the silk cord through my wax block three or four times to build up a layer of wax. The wax helps protect the cord and makes it stay in place better. I start my whipping with a loop laid along the shaft. I wrap toward the loop, run the end of the cord through the loop, then pull the loop end to draw the ends into the middle of the wrap. (This is where the internet search comes in handy if you are a visual learner.)

I used silk because I tried hemp and it wasn’t strong enough and the diameter made a wrap thicker than I wanted. Waxed linen is also commonly used, and is strong, but I didn’t have any on hand.

Testing spindles

Testing the latest spindle design over a rug

The best way to see how a spindle design performs is to use it. I still think the current version of my 3D printed spindle is too large, but I’m giving it a try anyway. I can spin fairly consistent yarn with it, but the single is slightly thicker than I get with a smaller spindle. I spin over a rug to give a little extra protection in case I drop it. No way would I take it on a walk. Spinning in the house also means that Missy presents me with a ball to kick, since obviously my hands are busy.

I think he likes it!

Malt the corn snake in his new basket

It took a couple weeks, but my eldest’s snake is now using the new basket as a hide! He has crawled over and around it and squished it out of shape, but not crushed it. I’m calling it a successful creation.

Spindle development

My spindle designs oldest on left

I thought I would share the current spindle development timeline. I started with wooden spindles; the first was shaped with a band sander and hand tools, the second on my lathe and with hand tools. Then I turned to computer design and 3D printing to control dimensions. Third and fourth from the left are printed in resin and very brittle, even more so than wood. The spindles on the right are printed with PETG, which in clear shows the printer pattern and looks cool. Second from the right is a little small, and the last one on the right is a little big, so I need one that is just right.

The larger PETG spindle broke

When photographing, I sent the newest spindle flying off the table and onto the concrete floor. Ouch. I have dropped the smaller one many times without breakage, not so for the larger one. Darn it. Another factor to suggest a scale down.

Loctite 454 works with PETG

I glued the head back on and am spinning with it to see if there are any other aspects that need adjusting before I request another print. I am making sure I spin over a cushion or carpet.