francis
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Post by francis on Jun 11, 2016 12:22:29 GMT
Dave, the fingerboard extension are you putting a bolt in that as well as the bolts to the neck proper?
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davewhite
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Post by davewhite on Jun 13, 2016 11:35:52 GMT
Dave, the fingerboard extension are you putting a bolt in that as well as the bolts to the neck proper? Francis - no, the fingerboard extension just rests on the neck block support. The neck is cut to fit the top fingerboard extension slot and the heel sanded to fit the body with the neck in correct alignment and angle in relation to the top. Then the positions for the threaded inserts are marked, the holes drilled and the inserts fitted: Here’s the neck bolted to the body for the first time: The neck will have a slight elevation on the fretboard over the body and two mahogany strips are attached to the body with double sided tape and sanded flush. These strips will be glued under the fingerboard later:
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colins
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Post by colins on Jun 13, 2016 15:52:22 GMT
Doesn't it make you just a bit nervous when your router cuts right through to the linings and you realise just how precarious the whole thing is - temporarily at least? Just like Dave, I rout the sides all the way back to the linings for the binding, it's just not so obvious with my solid laminated linings. My bindings are a tad thinner than my sides, so I in fact scrape the sides back to the bindings.
Colin
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davewhite
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Post by davewhite on Jun 14, 2016 17:29:44 GMT
Next the Macassar Ebony fretboard is thicknessed, the fret positions marked out and the fret slots cut in this jig: Then the sound-hole end of the fretboard is cut to match the soundhole (after allowing for binding) using my circle cutter jig: A piece of the Macassar Ebony binding with b/w/b/ purfling is bent on the hot pipe to follow the soundhole curve and is then glued to the fretboard using hot hide glue: The Macassar Ebony bindings and bwb purflings are then glued on using fish glue:
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leoroberts
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Post by leoroberts on Jun 14, 2016 17:32:31 GMT
Looking tasty, Dave. How long d'you reckon you've got til completion?
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francis
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Post by francis on Jun 14, 2016 19:59:54 GMT
Love the fret-slotting jig, binding will add panache to the fretboard - gold wire? really set things off.
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R the F
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Post by R the F on Jun 14, 2016 21:08:46 GMT
You can't call that a jig! A jig has lots of metalwork and adjustments and levers and things. This one requires skill from the operator. It requires a craftsman.
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davewhite
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Post by davewhite on Jun 15, 2016 17:09:24 GMT
Leo - it's on track to go with me to Halsway Manor on the first weekend in July. Francis - yes I'll be using my standar EVO fretwire. Rob - it's a great jig I copied from its Australian inventor Jeremy Fullerton via the ANZLF Forum. The 2mm white side dot markers are then installed: The fingerboard is then glued to the neck using fish glue:
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R the F
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My main instrument is: bandsaw
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Post by R the F on Jun 15, 2016 21:02:47 GMT
You didn't say it had rare earth magnets and an allen-key bolt. That's a proper jig!
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davewhite
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Post by davewhite on Jun 18, 2016 18:01:34 GMT
Holes are drilled in the neck heel for two 6mm carbon-fibre rods which are then glued in using fish glue: The Macassar Ebony heel cap with bwb veneers is then glued on using hot hide glue: The neck is then carved: The fingerboard is radiused: Then the gold EVO frets are pressed in: The two mahogany wedges are then glued to the underside of the fingerboard to form the elevated portion of the neck: Here’s the fretted neck tested for fit on the body:
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Post by earthbalm on Jun 18, 2016 20:28:32 GMT
Please pardon my ignorance Dave but what is the purpose of the two carbon fibre rods under the neck heel cap? Dale
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davewhite
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Post by davewhite on Jun 19, 2016 7:56:13 GMT
Please pardon my ignorance Dave but what is the purpose of the two carbon fibre rods under the neck heel cap? Dale It's an attempt to stiffen the neck in an important area as explained by Roger Bucknall here.
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Post by earthbalm on Jun 19, 2016 13:48:55 GMT
Important information, many thanks for the link. It makes good sense to me.
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davewhite
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Post by davewhite on Jun 20, 2016 15:47:58 GMT
The Rio Rosewood bridge blank is sanded on the top to match the top’s curvature: The saddle slots are then routed using this jig: The rear of the bridge is ramped and the bridge-pin holes drilled: The bridge-pin holes are then counter-sunk: The rest of the bridge is shaped: The bridge is carefully positioned on the top and the outer two bridge-pin holes are drilled through: The bridge is temporarily held on with two bridge pins through these holes:
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davewhite
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Post by davewhite on Jun 27, 2016 14:28:32 GMT
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