The Ideal Non-Pedal Steel
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- Alan Brookes
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The Ideal Non-Pedal Steel
I'm the CFO of an Electrical Engineering company. We build High-Voltage electrical equipment. I'm also a steel-guitar afficianodo.
We have access to a laser machine-center. We can cut metal into any shape.
The CEO and I are both musicians, and we've been thinking of building both electric and acoustic instruments using the laser machine. I noticed the Industrial Instruments (Fouke) website, and he seems to be building aluminum laptops (and others) that screw together using a few components, but his laptops seem to be mostly 6 string, wheras most steel guitarists want 8 strings, and he used an L-shaped metal bridge, whereas I would prefer a roller bridge.
Before we go ahead, I'm interested in the feedback of members.
We have access to a laser machine-center. We can cut metal into any shape.
The CEO and I are both musicians, and we've been thinking of building both electric and acoustic instruments using the laser machine. I noticed the Industrial Instruments (Fouke) website, and he seems to be building aluminum laptops (and others) that screw together using a few components, but his laptops seem to be mostly 6 string, wheras most steel guitarists want 8 strings, and he used an L-shaped metal bridge, whereas I would prefer a roller bridge.
Before we go ahead, I'm interested in the feedback of members.
- Randy Reeves
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well, if you ever decide to make fretboards
scaled at 22 1/2" I will certainly order a few.
I am making lap steels and found the fret board to be my weakest component.
Ive wanted a metal fretboard with inlay markers and fret lines. I was thinking a metal laser cutter would be the perfect tool.
keep us here on the forum posted of your plans for steels ....and...fretboards.
scaled at 22 1/2" I will certainly order a few.
I am making lap steels and found the fret board to be my weakest component.
Ive wanted a metal fretboard with inlay markers and fret lines. I was thinking a metal laser cutter would be the perfect tool.
keep us here on the forum posted of your plans for steels ....and...fretboards.
ALAN, roller bridges are almost a necessity on pedal steels...but are not such a critical item on lap steels. The shorter scales e.g.(22.5in.) are popular because of decreased string breakage at high tensions,and because many bar slant positions are more accurate in the lower end of the scale. Conversely,longer scales,such as the 25in., yield clearer harmonics,longer sustaining notes and accurate slants higher on the neck. Also,(and this is a radical opinion,I know)I believe most 6-string steels are bought by beginners and people who don't know much about steel guitars. But you have to remember that they are customers too,and that,in the right hands,lots of good music can be played on a 6-string steel. It also appears that,right now, there is a trend toward lap & console steels with more strings than there was a few years ago. Just food for thought!
~~W.C.~~<font size="1" color="#8e236b"><p align="center">[This message was edited by Wayne Cox on 12 May 2006 at 09:45 PM.]</p></FONT>
~~W.C.~~<font size="1" color="#8e236b"><p align="center">[This message was edited by Wayne Cox on 12 May 2006 at 09:45 PM.]</p></FONT>
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- Keith Cordell
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Sounds like a great idea, or at least you should consider making components like fretboards. Those would go over in a big way. Roller bridges would not, however, be a good use of time for non-pedal guitars. Coming up with a good, Sierra type spaced 8 string that was reasonably affordable would likely make you a very popular guy. I will be looking forward to hearing more!
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I would say to start with, offer parts for makers; especially the 'cottage' manufacturers. These could include nuts, bridges, coverplates and 'routed' fretboards (that can be painted) for 8 and 10 string instruments.
A lot of the 6 string steels are made with 'off the shelf' guitar parts. Those of us that make 8 and 10 string steels have to fabricate our own parts. Some of us would prefer to concentrate on the wood.
A lot of the 6 string steels are made with 'off the shelf' guitar parts. Those of us that make 8 and 10 string steels have to fabricate our own parts. Some of us would prefer to concentrate on the wood.
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- Alan Brookes
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All good points. On lap steels that I've built recently, (and they've all been wooden so far), I've used 1/2" or 3/8" brass tube which has been threaded on the outside to make bridges and nuts. The advantage is that you can adjust the string spacing or configuration very easily.
Metal fingerboards wouldn't be much of a problem. Our laser can cut all the way through or etch, and you can cut a lot of fingerboards out of one sheet of metal. The metal that we use to build high voltage electrical equipment is mostly stainless steel, and that would make for a very heavy instrument. Aluminum or brass would be lighter, but brass would need to be plated as it goes green very quickly.
I haven't tried a metal instrument yet, so I didn't realise that the expansion would put them out of tune. Do the Fouke instruments go out of tune ?
I know here in California we have problems with temperature variations. I used to play the lute a lot, but if you don't slacken off the gut strings at night, contraction can pull the bridge off, so I tend to leave the lute in its case and play the cittern, which has steel strings and can be tuned the same.
Expansion and contraction in heat effects all string instruments, no matter what they're made of. I understand that in the 40s one of the motivations for building bakelite instruments was to try and combat expansion.
I would think that a double 8-string configuration would be the most acceptable to the most customers. I'm attracted to the Hipshot Trilogy multiple-tuning bridges that allow for accurate tuning changes on the fly. I understand that they make them in 8-string configuration to special order.
Metal fingerboards wouldn't be much of a problem. Our laser can cut all the way through or etch, and you can cut a lot of fingerboards out of one sheet of metal. The metal that we use to build high voltage electrical equipment is mostly stainless steel, and that would make for a very heavy instrument. Aluminum or brass would be lighter, but brass would need to be plated as it goes green very quickly.
I haven't tried a metal instrument yet, so I didn't realise that the expansion would put them out of tune. Do the Fouke instruments go out of tune ?
I know here in California we have problems with temperature variations. I used to play the lute a lot, but if you don't slacken off the gut strings at night, contraction can pull the bridge off, so I tend to leave the lute in its case and play the cittern, which has steel strings and can be tuned the same.
Expansion and contraction in heat effects all string instruments, no matter what they're made of. I understand that in the 40s one of the motivations for building bakelite instruments was to try and combat expansion.
I would think that a double 8-string configuration would be the most acceptable to the most customers. I'm attracted to the Hipshot Trilogy multiple-tuning bridges that allow for accurate tuning changes on the fly. I understand that they make them in 8-string configuration to special order.
- Rick Aiello
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Plus ... they really hurt when you drop 'em on your toes ... especially the bronze ones<SMALL> Beware of metal guitars. I play alot of outdoor venues. They don't stay in tune!!!!</SMALL>
Actually that was first done in 1935 ... and it didn't seem to help the problem much ...<SMALL>I understand that in the 40s one of the motivations for building bakelite instruments was to try and combat expansion.</SMALL>
I lived and played in So. Florida ... usin' a JB Frypan ... for many years.
I was always just a "tweak away" ... no biggie ... even when it was "Africa Hot" ... which was 9 months outta the year ...
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<font size="1" color="#8e236b"><p align="center">[This message was edited by Rick Aiello on 13 May 2006 at 03:07 PM.]</p></FONT>
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- Keith Cordell
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Ditto what Wayne says on the elevation of the back neck. Also make sure the knobs for vol/tone are convenient for those of us who try to do the Speedy West tricks, and get the strings high enough up off the fretboard- I have played a couple of different lap guitars where the bar hit the body in the middle of the strings from the height being too low.
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- Alan Brookes
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The best place for volume and tone controls and any other switches that you want to add is, to my mind, at the end of the instrument, in a recess. My pedal steel has the cable plug-in underneath, and sometimes it dangles on my knee. The worst place is on top right where you pick. Since different people pick in different places, I think the whole area from the end of the fingerboard to the bridge should be kept clear of knobs and sockets.
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Mine are on the side rather than the top (it was thick enough), so they're plenty out of the way, but it's tricky to reach my pinkie down there for volume swells when my pedal isn't handy.
I was "this" close to putting the jack on the bottom, but then decided that on the side with an angled jack would be fine, too.
In any event, the Leslie West effects referred to were volume swells and "fake wah" kinds of things, right? I was just sort of guessing, from the context of the statement. So what I really meant, though your answer is totally true as well, was where would one situate them for such effects?
Greg
I was "this" close to putting the jack on the bottom, but then decided that on the side with an angled jack would be fine, too.
In any event, the Leslie West effects referred to were volume swells and "fake wah" kinds of things, right? I was just sort of guessing, from the context of the statement. So what I really meant, though your answer is totally true as well, was where would one situate them for such effects?
Greg
- Keith Cordell
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Aluminum...yes, it's much lighter than steel, but brass is heavier (though only slightly) than most any type of steel.<SMALL>The metal that we use to build high voltage electrical equipment is mostly stainless steel, and that would make for a very heavy instrument. Aluminum or brass would be lighter...</SMALL>
Aluminum...165 lbs./cu.ft.
Steel......495 lbs./cu.ft.
Brass......535 lbs./cu.ft.
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