dikman

Guess we'll have to wait for the next installment.

Thanks Brian, I'll have a read through there later. I did find an alternative bit of software but it wouldn't work with my engraver. I have a little project that I have to finish first (before Easter).

What happens if you turn the shaft by hand?

I see it has the second lever (next to the stitch length adjuster), haven't seen too many with that fitted.

Benny, I watched that last night, it looks pretty neat. An awl is probably one of the simplest tools you can make as there are all manner of things that can be used, but a bit of nous is needed. One chap on youtube made one by cutting the eye off a very long needle and pushing it into a wooden handle. It was far too long and I cringed when it started flexing as he pushed on it! There's no need to spend copious (ridiculous?) amounts of money on one - unless you must have a brand name.

Nice, but the main reason I bought the little one is it takes up very little space. I intended buying/building a bigger one initially until I realised I had nowhere to put it!!

There are quite a few vids on youtube (of course) on making awls.

I've been listening to it again (and again, and again....). It looks like a brush motor (I think I see one of the brush mounts in front?) so I wonder if the brush(es) are worn out or broken. It certainly sounds like something is spinning, though. Quite perplexing.

For a moment there I wondered what drugs you were on! Once my head stopped spinning it did indeed make me smile (it's a little like the story of Samurai swords being quenched by stabbing into prisoners!).

You're waxing lyrical there, young mike. As for the subject, I think the responses indicate that any manner of objects can be pressed into service. How about a heavy needle pushed into a wooden handle? Which is what the Blanchard looks like to me.

One interesting little fact I've discovered is that if I input a picture from elsewhere (photoshop, for example) the engraver software reduces it by 58%! A bit bizarre as it's a funny figure and took a bit of testing and calculating to prove it. The software might be pretty rudimentary, although adequate, but it seems a bit strange. It also occasionally won't print and the software needs to be re-started, no big deal, just annoying. When it prints though it's great.

Odd. It sounded like the motor was spinning in your vid. If that's the case then I'd say the electronics are shot?

Work has a habit of getting in the way of the important things!

Got me curious. As servos don't have a clutch I assume you meant the actuating arm that goes to the foot pedal, the idea being that when you turned it on it just went to max speed (or whatever you set as max speed) straight away. If you take the belt off what happens to the motor? Does it run?

A bit different to my machines (I suspect those slotted pieces are just guides? A bit hard to see with all those fluffy bits in there). Best thing is to study the motion/movement of the feet and look at the various linkages and clamps. Try adjusting one at a time to see what effect it has, that way you should be able to set them back to how they were. These things aren't rocket science (just clever mechanical contraptions) so what can be undone can be put back together - eventually.

It remains to be seen whether a printed mallet head is able to stand up to the impacts of heavy hammering without delaminating, but it's a neat idea. Thanks for including the .stl file, it's always nice when people do that so others can have a play with it themselves.

Video was a bit short (in both length and detail) but at the end like Matt said it sounded like the motor was still spinning with no load.

No worries. The reason I used two springs is because I didn't have one spring in my spring drawer that was long enough (or strong enough).

If it's the same as a Juki 1541 will these manuals help? http://www.danreetz.com/blog/2013/09/29/juki-dnu-1541s-service-manual-and-users-manual/ Sometimes it's necessary to adjust the position of the clamps on the bar that the outer presser foot is mounted to.

This is what I did to my Seiko, not very elegant but it works.

A somewhat labor-intensive job!

Simple but no doubt effective.

True, but it gives my brain cells a challenge trying to work out what was meant.

I'm glad YOU know what you're doing......

If you're talking about a new machine I suggest you contact some of the vendors who advertise on here, they should be able to supply a complete package to suit your needs.