2024
AL#151 p.70
Spiros Mamais
▪ This is a double-sided jig made of square steel tubing.
2024
AL#151 p.70
Spiros Mamais
▪ This is a double-sided jig made of square steel tubing.
2024
AL#152 p.60
Jon Sevy
▪ Unlike some of us, Jon Sevy paid attention in high school geometry class. He calls this method of setting up a router to cut a binding ledge simplified but it is really more like optimised; it is both simpler and better.
2024
AL#151 p.3
January Williams
▪ A reader asks about the swing-arm binding router shown among Denny Stevens tools in AL#150. Author January Williams gives an informative answer. The tool’s design is a collaborative effort between Stevens and Harry Fleishman.
2024
AL#151 p.60
Lee Herron
▪ Author Herron tinkered together this bandsaw jig to cut the kerfs in lining strips. He explains the construction and capabilities of his time-tested design.
2023
AL#150 p.68
Dan Alexander
▪ Make your sanding dish even more useful.
2023
AL#150 p.32
January Williams
▪ Author Williams bought the lutherie estate of the late Denny Stevens several years ago. He has taken an archeological approach to it, pondering over the nicely crafted gizmos he has discovered, and reporting them to us as he figures out the function of the various treasures.
2023
AL#150 p.50
Carl Hallman
▪ Author Carl Hallman likes to develop methods and jigs that let the various operations involved in making a fine guitar repeatable and accurate. This one is an evolution of an idea used for making bolt-on necks for solidbodies, adapted for an acoustic guitar neck with a full heel and angled peghead.
2023
AL#150 p.56
Jeffrey-R. Elliott
▪ Whatever the task may be, million-year GAL member Jeff Elliott does it right. Here he turns his attention to a jig for accurately placing and cleanly cutting a side sound port in a classical guitar.
2023
AL#150 p.60
Mike Doolin
▪ Doolin shows us how to make nice solid wood linings starting with veneer from the hardware store. They turn out great, and you have your choice of colors: light, or dark.
2023
AL#149 p.4
Mike Doolin Ken Parker
▪ Can you believe we have never met this guy? Hes a giant of the American Lutherie Boom, he was at the Guilds 1979 Convention, and he has been a GAL member for over twenty years. The world knows him as the maker of the Fly solidbody guitar, but now he has returned to his first love: the archtop guitar. Mentions Larry Fishman, John D’Angelico, Jimmy D’Aquisto, Scott Chinery, Orville Gibson, Lloyd Loar, Raphael Ciani, Nick Lucas, Michael Greenfield, Sam Zygmuntowicz.
2023
AL#149 p.60
Bob Gleason
▪ Sure, you can fit the sole of a bridge to its soundboard by putting sandpaper on the tender spruce or cedar and rubbing the bridge on it. But this jig is easier and safer.
2023
AL#149 p.62
Mark French
▪ This super-simple table saw jig is a strip of plywood with two alignment pins in drilled holes. Easy to make and to use.
2023
AL#149 p.71
Steve Kennel
▪ Kennel is a sculptor. He sees a pile of scraps and misc hardware and builds a swanky-lookin’ fretwire roller. He’s on a roll. (Get it? Roll?) So he makes a guitar hanger that plugs into a workbench dog hole.
2023
AL#148 p.16
Paul Schmidt Steve Klein
▪ Steve Klein started his lutherie endeavors fifty-five years ago as a teenager in his parents house. Today hes collaborating with Steve Kauffman on dazzlingly decorative acoustic guitars, and continuing to make innovative ergonomic solidbodies in his own shop. Mentions Fibonacci, Carl Margolis, Frank Pollaro, Leonardo DaVinci Steve Kauffman, Larry Robinson, Bob Hergert, Joe Walsh.
2023
AL#148 p.39
January Williams
▪ Williams purchased the lutherie estate of Denny Stevens. In a sort of archeological exercise, he digs through a pile of jigs and considers their possible functions.
2023
AL#148 p.69
Peggy Stuart
▪ This gentle setup does not suck up the chips with a screaming vacuum, but lets them fall through a grating with a calming pitter-pat.
2023
AL#148 p.70
Federico Sheppard
▪ For guitar back braces: Arch them first, then taper them with this simple jig.
2023
AL#148 p.71
Steve Kennel
▪ Kennel builds an electric aluminum bending iron. It’s sturdy. Like, you could plow a field with it.
2022
AL#147 p.62
Brent Benfield
▪ There are several ways to make a nice tightly-closing seam for a back or top guitar plate. Heres a low stress method that uses a granite slab, some sticky-back sandpaper, two little C clamps, and a plywood scrap.
2022
AL#147 p.70
Steve Gonwa
▪ Simple jig made of MDF helps you make accurate wooden binding strips with a thickness sander.
2022
AL#147 p.18
Beau Hannam
▪ In a former lutherie life, Hannam cut saddle slots with a big honkin milling machine. A change of situation led him to design this practical and straightforward router jig to do the job. He gives clear and detailed instructions for building and using it.
2022
AL#147 p.52
Michael Burton
▪ What do you do with a guitar that seems beyond repair? Repair it anyway. Why not? After decades of neglect and wildly improper storage, this sturdy Asian-built flattop had developed the mother of all neck warps. Burton ripped into it with clothes iron, heat blanket, router, and neck jig to replace the truss rod and fix earlier disastrous repair attempts. It turned out great.
2022
AL#146 p.38
Lee Herron
▪ Sometimes you get a customer who just wants you to run wild. Check out the design and build process of this 17.75-inch, 7-string, multiscale black-locust flattop guitar. Fun!
2022
AL#145 p.4
Michael Bashkin
▪ Bashkin ornaments his pegheads and end grafts with marquetry combined with thin, free-flowing veneer lines. He shows us in detail how he accomplishes some of these effects, including scorching decorative pieces in hot sand.
2022
AL#145 p.38
Roger Haggstrom
▪ Haggstromm uses a commercially-available radiused sanding block, a few scraps of wood, and a handful of parts from the hardware store to make this simple jig. It that lets him quickly and quietly produce a fretboard with the radius and the relief accurately sanded in.
2022
AL#145 p.52
John Calkin
▪ Using simple, non-dedicated tooling, Calkin steps us through his straightforward, no-nonsense process of routing control cavities in solid guitar bodies.
2022
AL#145 p.58
Phil Ingber
▪ Mounting an electric bending iron in such a way that it pokes up out of a work surface helps you avoid a twist in the bent side. Mentions Ted Harlan, R.M. Mottola.
2022
AL#145 p.68
Joe Browne
▪ make a sort of vertical solera for working on the sides and ends of guitars.
2021
AL#144 p.6
Roger Haggstrom
▪ A hundred and some years ago, Swedish folks sat around the house all of a dark winter and sang hymns together, accompanied by the strummings of cheap mass-produced guitars. Those days are gone, but a lot of the guitars are still hanging on the walls of old houses. Roger Häggström has made a business of restoring them to useful condition and modifying them to sound and play better than they ever could have. He restores and modifies. Restomods. Mentions the Levin guitar company.
2021
AL#144 p.44
Mark French
▪ In this concluding episode of the series, the neck is fretted and the frets are filed and polished. Threaded inserts are installed in the heel and the neck is attached. Finally, the bridge is glued on, the nut is set in position, and the guitar is strung and set up.
2021
AL#144 p.71
Steve Kennel
▪ How to take the warp, cup, and twist out of a plank. You attach scrap-wood rails that carry it through a planer in the proper orientation.
2021
AL#143 p.69
Bob Gleason
▪ Rare-earth magnets recessed into the back of a piece of plywood let it act as a quick-and-easy zero-throat jig for ripping narrow strips for kerfing and binding. Each edge is a different setup.
2021
AL#143 p.3
Mark French
▪ Steve asks for more specific info on the device seen on the cover of AL#141. It is a sander which refines the plane of the top at the neck joint so that the angle of the neck will give the correct height of the bridge saddle. Mark answers and provides explanatory photos.
2021
AL#143 p.5
Mark French
▪ Leo asks what sealer Charles Fox uses on his MDF jigs, noting that they look great in the Guild’s Fox Method series and that Charles says he has been using some of them for twenty years. Author Mark French responds with info straight from Charles. He also comments on the use of MDF as wasteboards for vacuum hold-downs in CNC work.
2021
AL#143 p.22
Mark French Charles Fox
▪ In this article the fretboard is slotted, crowned, and glued to the neck. The neck is then shaped.
2021
AL#142 p.52
Terence Warbey
▪ Not only does Warbey make the entire bending form and the outside mold from a single sheet, but the form pops apart like a Swedish Christmas ornament and stores flat in a plastic bag. Mentions Charles Fox and Mark French.
2021
AL#142 p.14
Mark French Charles Fox
▪ In this article the peg head is shaped and drilled, the neck shaft is slotted for the truss rod, the heel is formed, and the neck is fitted to the body.
2020
AL#141 p.7
Charles Fox Mark French
▪ In this episode of the landmark series, the back and top plates are braced and glued to the rim to form the body of the guitar. The body is then bound and purfled using Fox’ distinctive method of fitting everything dry, taping it in place, and running superglue into the seams.
2020
AL#141 p.34
Peter Hurney
▪ Here’s a direct and accurate real-world method for calculating the exact position of a uke bridge. The jig does all the work and considers all the variables. No math required!
2020
AL#141 p.47
F.A. Jaen
▪ These linings are something like reverse kerfing, but they are built up in place, starting with an ingeniously aligned set of individual blocks. There’s always a new way to do it.
2020
AL#140 p.2
Stephen Marchione
▪ The braces in an archtop guitar are very similar to the bars in fiddles, and Marchione fits them with the same traditional techniques. The mating surface of the brace is roughed out with a chisel, then refined with a small plane, and perfected with files and scrapers. Chalk shows the whole truth of the fit. Believe the chalk.
2020
AL#140 p.20
Mark French Charles Fox
▪ Building a Charles Fox guitar reveals the beautifully developed interdependence between the design and the process. In this episode we rough out the neck, work with the unusual neck block and the distinctive two-part lining, and then brace the top and back plates.
2020
AL#140 p.52
Glen Friesen
▪ Some public servants take on challenging tasks that many of us would fear to attempt. I’m not talking about fire fighters or the people who change light bulbs on the tops of suspension bridges. I’m talking about high school shop teachers. And here’s a guy who has been teaching guitar making in public school for twenty years. Hats off to you, sir! And respect to the students. These guitars look pretty good.
2020
AL#140 p.58
Bob Gleason
▪ Straightedges that are notched to fit over frets have become popular tools for judging the straightness of fretboards, and for projecting the surface of the board for setting neck angles. You can make your own, with the advantage that you can use any fret scale. Here’s how.
2020
AL#139 p.26
Mark French Charles Fox
▪ If, some day, there is a Mt. Rushmore for the American Lutherie Boom, the ruggedly handsome face of Charles Fox will be boldly chisled in a place of honor. For over half a century he has led the way as developer and teacher of guitar-making methods and tooling. He is also a thoughtful and articulate philosopher of the craft, whose words will inspire luthiers yet unborn. Here’s the first in a series of four articles which will cover his process, and his thinking behind it, in detail.
2020
AL#139 p.42
Erick Coleman Evan Gluck
▪ Erick and Evan (the two Es) are back with more helpful hints for the guitar repair shop. Some of the things they show are nicely developed professional tools, like for leveling frets while the guitar is still under string tension. Then there’s a diagnostic tool that is just a stick, a guitar string, and a salvaged tuning machine. If you think that’s gronk, how about the tool that Evan calls “my string.” It’s just a string. Not even a guitar string. Mentions gluing frets, DeoxIT, WD40, tri-Flow, slotting bridge pins, regluing bridges, fret nipper, notching fret tang, Matt Brewster, fret leveler bar, StewMac, Stewart-MacDonald, bridge removal, shark skin, fret rocker, fret leveler. From their workshop at the 2017 GAL Convention.
2019
AL#138 p.20
Mark French
▪ Author Mark French is walking the lutherie path in the reverse direction of many makers. As a physics prof trained in the crazy magic of CNC and industrial robot processes, he had made a lot of guitars before he did much in the way of traditional low-tech hand-tool work. As part of an intensive effort to fill in those gaps, he attended an eight-day course at Robbie O’Brien’s shop in Colorado to make a flamenco guitar with Spanish luthier and licensed bloodless toreador Paco Chorobo. O’Brien went to Spain and visited Paco’s shop in 2015. Read all about it in AL124.
2019
AL#138 p.60
Terence Warbey
▪ If you will attach a neck to a body with bolts rather than a dovetail, you will first want the two pieces to fit tightly at the correct angle. This can be done by a process which is sometimes called flossing; sandpaper is pulled between them while they are pushed together. The author presents a simple jig to facilitate this process.
2019
AL#137 p.62
Greg Maxwell
▪ Australian luthier Trevor Gore is the co-author of the two-volume book Contemporary Acoustic Guitar, Design and Build. Gore teaches a three-day seminar in which he demonstates his very specific and number-based method of measuring and controlling the resonant frequecies of guitars. Maxwell attended one such seminar, held at Robbie O’Brien’s shop, and gives a brief overview.
2019
AL#136 p.54
Mark French
▪ Author Mark French has made a lot of guitars over the years, but when he wanted to up his game he attended an intensive two-week course by the dean of all American lutherie teachers, Charles Fox. Four students each built a guitar in the white from scratch and strung it up.
2019
AL#136 p.65
Steve Dickerson
▪ A table saw can fuction as a jig to clamp top and back plates while joining their center seams.
2019
AL#136 p.65
Peter Grafton
▪ A shallow secondary outside form can be helpful for making cutaway guitars.
2019
AL#136 p.4
Federico Sheppard
▪ Robert Ruck was one of the young self-starters who founded the American Lutherie Boom, and he remained a leading light in the movement until the end of his life. Federico Sheppard was an aquaintence and admirer who became closer to Ruck when they spent time together at Federico’s place on the Camino de Santiago in Spain one summer. In this article, Federico presents a photo tour of Ruck’s shop in Eugene Oregon and explains some of the tools and techniques we see. Mentions French polising with hardware-store shellac. Mentions Richard Brune.
2018
AL#135 p.4
Charles Rufino
▪ Here’s a close look at the process of setting a violin neck. No innovative tools or new miracle adhesives here; just good old-fashioned methodical, careful work with traditional toos and designs. From his workshop at the 2017 GAL Convention.
2018
AL#135 p.16
Dan Erlewine Erick Coleman Chelsea Clark
▪ “Uncle Dan” Erlewine has been a constant presence in the American Lutherie Boom era, because he personifies the can-do ethos that underlies the whole dang movement: figure something out, and tell everybody about it. As a young man hoping to move from rocker to luthier, he found a generous mentor in Herb David of Ann Arbor, Michigan. Dan has paid that forward many times as he has brought young people into his shop and given them a place to grow. Mentions Herb David, Mark Erlewine, Jerry Garcia, Albert King, John O’Boyle, David Surovel, Bryan Galloup, Charlie Longstreth, Tom Erlewine, Gary Brawer, Joe Glaser, Steve Olson, Albert Garcia, Elliot John-Conry, Adam Fox, Exodus Almasude, Johan Powell, Max Feldman, Paul Lampley, Aaron Smiley, Rodrgo Gomez, Chelsea Clark. From his lecture at the 2017 GAL Convention.
2018
AL#135 p.38
Federico Sheppard
▪ In his youth, before Federico Sheppard found his calling as a luthier, he was a mere physician working for the Olympic Games. One day he heard a classical guitar being played on the radio of his car. It shook him to “his inner core being” as Lord Buckley would say, and changed the course of his life. And now he has finally made the pilrimage to Chile to visit the shop of the man who made that guitar, Rafael Mardones, and his son, Rafa Jr.
2018
AL#135 p.58
Mark French
▪ Want a robot lutherie apprentice? It is here today and it is cheap. But it doesn’t look like something from the Jetsons. It looks like this; a digital readout connected to a lead screw. With a friendly whirr, it will move the saw guide right up to the next fret position for you. But get your own dang coffee.
2018
AL#133 p.65
Rodney Stedall
▪ Sand perfect angles on the nut end of peghead laminations.
2018
AL#133 p.65
Ed Smith
▪ Use the truss-rod slot in a neck for a simple holding jig.
2018
AL#134 p.16
Tim Olsen
▪ Ken Warmoth is one of the pioneers of the Strat-compatible guitar parts scene, starting small in the 1970s and working up to the sophisticated operation he runs today. He’s a born engineer, constantly refining and rethinking each operation for better accuracy and efficiency. Of course these days that involves CNC machines, and he’s got them. But you may be surprised to see which operations use them and which don’t. Our last visit with Ken was in 1991, so there is some catching up to do.
2018
AL#134 p.60
Mark French David Zachman
▪ There are times when a luthier may want to draw a good long-radius arch. If jury-rigging a 25-foot compass seems like a hassle, you may have been tempted to just bend a straight stick a little and call it good. Turns out that’s a better solution than you may have thought. This article evaluates several techniques and gives the math that undergirds them.
2018
AL#133 p.22
R.M. Mottola Mark French
▪ Mark French was a kid who took guitar lessons and paid the guy at the music store to change his strings. He went on to be an aerospace engineer, but with all that book learning he still did not know how guitars worked. Now he teaches college courses on guitar making and hangs out with captains of industry at Fender and Taylor.
2018
AL#133 p.54
Edmond Rampen
▪ OK, we are probably some distance yet from pushing a button and 3D-printing a functioning guitar. And if you think that something about that sounds kinda crepy and disappointing, you just might be a luthier. But what we are talking about in this article is entirely different: Using surprisingly inexpensive printers to make templates, tools, and parts for guitars. The future is here, people. Get into this while you wait for your hover car.
2018
AL#133 p.64
James Blilie
▪ Make a simple work board to cut nice round burl rosettes on a bandsaw.
2017
AL#132 p.64
James Blilie
▪ A plywood jig bolted to a belt sander can quickly and accurately sand the radius into a fretboard.
2017
AL#129 p.63
Kevin-B. Rielly
▪ Simple adjustable jig brings nut and saddle blanks to accurate dimensions in relative ease.
2017
AL#130 p.6
Tim Olsen Jason Lollar
▪ Jason Lollar attended the Roberto-Venn School of Luthiery way back when founders John Roberts and Bob Venn were still instructors. Jason went on to do a lot of guitar repair and some guitar making, but his early interest in winding pickups eventually grew into a twenty-person shop specializing in reproducing vintage models.
2017
AL#130 p.42
Paul Schmidt Jason Harshbarger
▪ A lot of the makers that we meet in the pages of American Lutherie are grizzled veterans of the early days. Not this one. Harshbarger is a young single father who went to lutherie school in the late 1990s, then survived on cabinet work until he could build a lutherie shop in his basement. His steel-string design work uses Steve Klein’s work as a point of departure, and moves forward boldly from there.
2016
AL#128 p.66
Terence Warbey
▪ Glue temporary tabs onto your guitar plates to align them during construction.
2016
AL#128 p.66
Sjaak Elmendorp
▪ Add a straightedge to your shooting board setup.
2017
AL#129 p.24
James Condino
▪ Condino has developed a clever process by which he can string and play a new mandolin very early in the building process. This makes voicing much more accurate,a nd it reduces the risk of experimental materials and bracing patterns considerably. Must see to believe. Mentions the work of Lloyd Loar at the Gibson company in the 1920s.
2017
AL#129 p.38
Steve Denvir Dave Collins
▪ Dave Collins is a rising star on the guitar repair scene. Take a look at a couple of nice jigs he has developed; one for slotting saddles, one for regluing broken headstocks. Interestingly, he is in the same Ann Arbor third-storey shop previously tenanted by Herb David. Dave counts Dan Erlewine and Bryan Galloup among his mentors.
2016
AL#128 p.22
Pat Megowan Jeff-Lee Manthos
▪ People come to lutherie on many different paths. Some of us were nerdy model-making kids, or spoiled lefty college dropouts. Or maybe the garage band was our gateway into the opium den of guitar making. On the other hand, Jeff Manthos was a helicopter aircrewman and rescue swimmer in the Vietnam era. Then, unexpectedly, he went to the Violinmaking School of America in Salt Lake City. He has made a career of it, first in other shops and now on his own.
2016
AL#128 p.32
Andrew Mowry
▪ Andrew Mowry was a one-man mandolin-making shop known for precise high-quality work. When he made the jump and brought a small but capable CNC mill into the mix, he was not trying to flood the market, but rather to further improve his work. All the tools and methods he shows here are well within reach; you don’t need to be a factory to afford it, and it won’t turn you into a factory if you try it. Mowry still runs a one-man shop known for precise high-quality work. From his 2014 convention workshop.
2011
AL#108 p.58 ALA2 p.72
Roger-Alan Skipper
▪ The plywood Simpson neck angle jig: simple, versatile and inexpensive, and the aluminum Klumper self adjusting neck jig: accurate, more complex, costly, and allowing for centerline adjustment. Both result in perfectly matched joints.
2009
AL#100 p.38
Harry Fleishman
▪ Replacing the top on a complicated instrument with as little refinishing and other stress as possible.
2009
AL#99 p.52
Ryan Schultz
▪ There’s just enough math here to make our brains cloud over, so most folks should get along fine. It’s still not as easy to build as a spoke-built dish, but if you’re cheap and must have a one-piece dish it should work just fine. With 4 photos, a depth chart, and one drawing.
2009
AL#97 p.62 ALA2 p.36
Brent Benfield
▪ the author has been working with spherical workboards for a while now. He shares his latest thoughts.
This article has been nominated as one of the Guild’s fifty best articles published before 2010.
2009
AL#98 p.28
Erick Coleman Elliot John-Conry
▪ Two disciples of Dan Erlewine explain the latest techniques of setting up the electric guitar. All the details and specs are there, as well as a bit of philosophy. OK, not too much philosophy, but this is a chunk of fun taken from their 2006 GAL convention presentation and they function well in front of a crowd. AL doesn’t get a lot of electric input, which makes this piece more important. With 10 photos.
2008
AL#93 p.60
James Condino
▪ Condino rates all the commonly available mandolin tuners and explains why spending $500 for the best set available might make good economic sense. He also likes the Stew-Mac mandolin peghead drill jig. With 12 photos.
2008
AL#94 p.50
Don MacRostie
▪ MacRostie’s clever jig measures the top deflection of a carved mandolin under string load at any stage of its construction. It is a valuable tool within the reach of any luthier.
2007
AL#92 p.8 ALA5 p.30
Eugene Clark
▪ An American master of the classical guitar explains how he builds using the solera, a workboard with a radius scraped into the body area to provide a slightly arched top.Clark places a strong emphasis on proper layout and hand tools. With 25 photos.
This article has been nominated as one of the Guild’s fifty best articles published before 2010.
2007
AL#91 p.40 read this article
Bruce Creps
▪ Just about everything you’ll need to know about setting up a bandsaw for resawing and getting the most yield from your lumber. The emphasis is on the Hitachi CB75F resaw, but much of the info will translate to other bandsaws. Included is a good side bar on resharpening bandsaw blades. With 10 photos and 6 drawings.
This article has been nominated as one of the Guild’s best articles published before 2010.
2007
AL#90 p.40
Anamaria Paredes-Garcia R.M. Mottola
▪ Cross a 12-string flattop with a classical guitar and you get the Colombian tiple, only the tiple has four courses of three steel strings. Inside, though, it’s a classical. Follow the construction of the instrument in the shop of Alberto Paredes in this photo tour. With 41 photos. Sr. Paredes authored GAL Plan #51, Colombian Tiple. See AL #82.
2007
AL#90 p.8
David Hurd
▪ Hurd believes that the fastest way to great instruments is science, and it’s hard to argue with such a rational man. His jigs measure the deflection of top plates while under tension, and once he carves the top and braces to the numbers he wants he’s done. Period. Sort of makes intuition obsolete. This could also be math heavy if he didn’t offer an Internet spread sheet to ease the pain. With 7 photos and 7 figures/charts.
This article has been nominated as one of the Guild’s best articles published before 2010.
2007
AL#89 p.62 ALA1 p.26
John Calkin
▪ Gunsmith Mark Chanlynn built Calkin a machine to precisely measure the deflection of a guitar top under a constant weight. There are no plans here, but it’s pretty obvious how it works, and just as obvious how it might help you make better guitars. With 3 photos.
This article has been nominated as one of the Guild’s best articles published before 2010.
2007
AL#89 p.64 ALA2 p.22
Alan Perlman John Mello
▪ Both reviewers test fly the Luthiertool Binding Cutter Base, an attachment for a small router or laminate trimmer. Perlman is enthusiastic about the tool. Mello is a little less so but admits he’s glad he bought it. With 1 photo.
This article has been nominated as one of the Guild’s best articles published before 2010.
2006
AL#88 p.24 ALA2 p.14
Charles Fox
▪ Vacuum clamping has come to the small shop in a big way, at least in Fox’s shop.Suddenly, all other ways of working seem backward. Vacuum has dozens of uses in the guitar shop and the universal vacuum island makes them compact and within the financial reach of all of us. Fox is still the guru. If you ain’t got vacuum you ain’t got nothin’! With 21 photos.
2006
AL#88 p.58 ALA2 p.10
John Mello
▪ The reviewer (who bought these tools, by the way) finds that they were a good investment that saves him time and increases the accuracy of his work. With 7 photos.
2007
AL#89 p.6 ALA1 p.10
Tim Shaw
▪ Shaw has worked for large guitar companies for decades. Currently with Fender, he runs an independent shop that makes prototype instruments for all the factories that fall under the Fender banner. He also does repairs on discontinued models where the factory equipment has been dismantled. Accomplishing one-off projects or small runs of parts is no different for a big company than for an independent luthier, they just have the luxury of big-budget equipment. Shaw’s methods of jigging up for parts manufacture incorporating speed and safety can be used by many one-off shops to hustle production and instrument development. Good stuff from one of the aces in the business. With 34 photos.
2005
AL#84 p.22 BRB7 p.386
R.M. Mottola
▪ Instruments with domed plates must have the rib assembly altered to accept the topography of the plates. This can be done after assembly or before bending. The author offers an overview of how either can be accomplished.
2005
AL#82 p.6 BRB7 p.320
Fred Carlson
▪ Carlson makes some of the world’s coolest, most graceful, and weirdest stringed instruments. Focusing on a harp guitar he calls the Flying Dream he discusses at length how he designs and builds his creations. There is lots of detailed info here that will help you build the instruments you see in your mind, as opposed to the ones for which you can already buy a blueprint. Truly inspirational. With 42 photos and 10 drawings.
This article has been nominated as one of the Guild’s fifty best articles published before 2010.
2005
AL#81 p.26 BRB7 p.286 read this article
Cyndy Burton Kevin La-Due
▪ A high school teacher coaches entire classes through guitar making. Think kids can’t do it? You’ll be surprised. Some well-made and easy-to-use jigs make the process faster and friendlier, and the use of local wood makes it affordable. Pretty inspirational, and with 21 photos.
2004
AL#80 p.56 BRB7 p.272
Lloyd Marsden
▪ Gaining access to the inside of guitars through a door in the tail block seems to be catching on. The author’s method of construction saves the side material as part of the door to make the assembled instrument as normal looking as possible. With 8 photos.
2004
AL#78 p.64 BRB7 p.226
John Calkin
▪ The author maintains that the safest way to bend a radical cutaway is to do it in two steps, both using an electric blanket. With 9 photos.
2004
AL#79 p.34 BRB7 p.416
Peggy Stuart Don MacRostie
▪ The author attended a mandolin making class taught by Don MacRostie at the American School of Lutherie. The first four parts of her report appeared in the four previous issues of AL. Part Five concerns the application of a sunburst using stains, both by spraying and rubbing, as well as the application of lacquer and French polish finishes. With 37 photos.
This article has been nominated as one of the Guild’s best articles published before 2010.
2004
AL#79 p.46 BRB7 p.224
Paul Woolson
▪ If you’re going to need a bunch of identical parts you might as well jig up to do it. Besides, making jigs is fun. Here’s one method (of many, no doubt) to make bridges a whole lot faster than you can make guitars to put them on. You can do that by hand, too, it just doesn’t feel that way. With 7 photos and a diagram.
2004
AL#79 p.58 BRB7 p.234
R.M. Mottola
▪ An outside mold is one that the instrument under construction sits inside of. Weird, huh? The author has made changes to his molds that make them into side bending forms as well. Pretty cool. With 3 diagrams.
2004
AL#78 p.28 BRB7 p.416
Peggy Stuart Don MacRostie
▪ Ms. Stuart’s epic continues with the making of the headstock cap, shaping of the neck, installing the neck and fingerboard, as well as setting up and stringing the finished (but in-the-white) instrument. The first three parts were in the three previous issues of AL. Don MacRostie taught Stuart’s class at the American School of Lutherie. With 74 photos, most of the step-by-step process.
This article has been nominated as one of the Guild’s best articles published before 2010.
2004
AL#78 p.62 BRB7 p.172
Robert Deacon
▪ Using templates to slot a fingerboard is the way to go, whether you use a miter box or a table saw. The author doesn’t mention it, but his templates should work as well for table saw people as for the miter box folks. Of course, this is for making templates for scale lengths not offered by the manufacturer of the templates. With 2 photos and 3 diagrams.
2004
AL#77 p.38 BRB7 p.416
Peggy Stuart Don MacRostie
▪ The epic continues! In this segment the neck is assembled, the body is closed up and bound, and the fingerboard is bound and fretted. All this is accomplished under the able tutelage of Don MacRostie at the American School of Lutherie. With 67 photos. Parts 1 and 2 were in the two previous issues of American Lutherie.
This article has been nominated as one of the Guild’s best articles published before 2010.
2004
AL#77 p.67 BRB7 p.492
Carl Formoso
▪ A few useful approaches to making sides for ukuleles.
2003
AL#76 p.28 BRB7 p.416
Peggy Stuart Don MacRostie
▪ Stuart continues her tale of learning to make a mandolin under the tutelage of Don MacRostie. In this episode of the four-part series, jigs and power tools become more important as the instrument comes together. This isn’t about becoming Geppetto, plying one’s trade with a knife and a chisel. This is about making mandolins in the real world. Routers and tablesaws are staple items, as are several impressive jigs created by MacRostie. With 37 photos and 3 drawings.
This article has been nominated as one of the Guild’s best articles published before 2010.
2003
AL#75 p.6 BRB7 p.86
Geza Burghardt Cyndy Burton
▪ Geza Burghhardt builds classical guitars on a workboard rather than a mold, but it isn’t just any old workboard. Its carefully jigged up for accuracy and guitar-to-guitar consistency and his jigs are nearly as pretty as his guitars. Well, to another luthier, anyhow. With 17 photos.
2003
AL#75 p.60 BRB7 p.104
John Calkin
▪ The emphasis of this little article is a Jeff Huss jig for quickly producing bridge plates on the tablesaw. With 7 photos.
2003
AL#75 p.62 BRB7 p.106
R.M. Mottola
▪ Cool beans! Radius gauges you can cut out of the magazine and use on your instruments. Jeez, I mean gauges that you can Xerox, then cut out and mount on a backer board and use on your instruments. What was I thinking?
2003
AL#75 p.66 BRB7 p.108
Mike Doolin
▪ The author always uses the same binding/purfling scheme on his guitars, so he jigged up permanently set routers to use on his Ribbecke jig. Pretty cool if you never change your decoration scheme. With 5 photos.
2003
AL#74 p.46 BRB7 p.72
Jim DeCava
▪ A look at an old solution to a much older problem—how to accurately slot a fingerboard to receive the frets. Contains some interesting history of the Liberty Banjo Company. With 4 photos.
2003
AL#74 p.66 BRB7 p.489
Richard Heeres
▪ A new method for old style rosette that works better than gluing strips into the rosette channel.
2003
AL#73 p.62 BRB7 p.34
Pete Barthell
▪ As the title indicates, a nice fixture for finding the proper location of the classical guitar bridge. With 6 photos and a set of diagrams.
2002
AL#72 p.32 BRB6 p.417
John Calkin
▪ A small shop can easily make all the nice instrument lining it needs if it already has a tablesaw and a thickness sander and invests in a few simple jigs. It isn’t hard, but it isn’t especially fun, either.
2002
AL#72 p.44 BRB6 p.436
R.M. Mottola
▪ The author has devised a set of layout gauges for positioning the side markers and fretboard dots of his guitars, easily assuring himself that all dots will be nicely and quickly centered. A set of gauges for various scale lengths is included for photocopying.
2002
AL#72 p.62 BRB6 p.374
Jeffrey-R. Elliott
▪ The exact brand of foam used by Jeff Elliott described in AL#70 for making a mold of a top on a guitar being restored.
2002
AL#71 p.42 BRB6 p.398
Harry Fleishman
▪ Harry can rout his guitars for binding with his eyes closed. Honestly! The system he explains uses a laminate trimmer suspended by a swinging arm and you can build it in your shop.With a photo and 2 diagrams.
2002
AL#70 p.12 BRB6 p.358
Ralph Novak
▪ The author uses neck making in his example of how gearing up to make small runs of like parts can make the small shop more efficient and profitable. With a photo and 9 drawings.
2002
AL#70 p.48 BRB6 p.344
John Calkin
▪ Using templates and a tablesaw to slot fingerboards in minutes, and how to make your own templates. With 7 photos and 5 fret scales for off-beat scale lengths.
2002
AL#69 p.8 BRB6 p.305
Larry Mills
▪ An introduction to free plate and fixed plate voicing of the guitar top, the latter using a jig to fix the braced plate much as it will be on the guitar, though tapping is used as the driver, not strings. Interesting, and a good presentation of current bracing notions. With 8 photos.
2002
AL#69 p.63 BRB6 p.463
Peter Giolitto
▪ A way to plot the contours of the ribs and the back braces as alternative to buying or making a dished workboard for fitting a spherically-arched guitar back.
2001
AL#67 p.62 BRB6 p.81
Charles Fox
▪ Removing a few millimeters to compensate for the relaxation of the radii when the sides are removed on a Fox side bender.
2001
AL#67 p.64 BRB6 p.459
Robert Steinegger
▪ A jig for slotting bridges, Steiny style.
2001
AL#66 p.28 read this article
Mike Nealon
▪ The author offers plans for a jig that uses a router to shape the surface of a conical fretboard. With 11 photos and 5 diagrams.
2001
AL#66 p.64 BRB6 p.457
Skip Helms
▪ 1″ rigid foam insulation is tough, accurately dimensioned, weighs almost nothing, and can be used to help freshly bent sides hold their shape.
2001
AL#65 p.22 BRB6 p.210
John Calkin
▪ The dished workboard can make it easier to make better guitars. Calkin reveals several ways to make them more versatile, more accurate, and more fun to use. With 13 photos.
This article has been nominated as one of the Guild’s best articles published before 2010.
2001
AL#65 p.64 BRB6 p.455
Eric Nicholson
▪ This guitar holding device has two main parts; a neck/body adapter and bench-mounting arm.
2001
AL#65 p.65 BRB6 p.456
Peter Giolitto
▪ A method to profile the heads of classical guitars helps achieve a much more accurate shape more quickly than just drawing around a single template and working to the line; instead using shapes of workable metal.
2000
AL#64 p.50 BRB6 p.156
Nathan Stinnette
▪ Stinnette is the Huss & Dalton Guitar Co. employee in charge of converting split red spruce trees into billets of brace wood, and then into guitar braces. The article describes how the rough chunks of wood are converted into quarter-sawn boards and then how the boards are made into braces. With 15 photos.
2000
AL#63 p.34 BRB6 p.108
John Calkin
▪ OK, so you’ve got all the parts for your flattop guitar body prepped for construction. How do you get all the pieces to fit together? The author details the construction methods used at the Huss & Dalton Guitar Co, all of which should prove useful to any small shop.With 21 photos.
2000
AL#63 p.58 BRB6 p.452
Peter Giolitto
▪ A simple way to make a guitar mold using only hand tools.
2000
AL#63 p.58 BRB6 p.452
Jim Clay
▪ A modification to the very fine Dremel router base that Bishop Cochran sells.
2000
AL#62 p.46 read this article
Mike Nealon
▪ Nealon’s jig allows a router to fully shape the neck behind the heel, including the diamond on the back of the headstock. With 15 photos and 6 diagrams.
2000
AL#62 p.56 BRB6 p.450
Gerald Sheppard
▪ A small jig attached to a belt sander to thin wood binding, headstock overlays, and other small items.
2000
AL#61 p.61 BRB6 p.448
Peter Giolitto
▪ Making a jig to hold guitar necks while carving them.
2000
AL#61 p.52 BRB6 p.468
John Calkin
▪ Good grades are given to the Stew-Mac neck jig, a fretting aid. The fret nippers intended for jumbo fret wire is greeted with mixed emotions. The Allen mandolin tailpiece is found to offer grace and dignity to any mando with a bridge high enough to allow its use.
2000
AL#61 p.60 BRB6 p.447
David Kempf
▪ An illustrated description of building a uniquely shaped bridge for a steel string guitar.
2000
AL#61 p.61 BRB6 p.448
R.M. Mottola
▪ A way to quickly ‘add’ table space to a drill press, bandsaw, or spindle sander is with a couple of fret bar clamps, such as those made by True Grip.
1999
AL#60 p.51 BRB5 p.504
Scott van-Linge
▪ A photo of a modification to the Bishop Cochran plunge-router base.
1999
AL#59 p.46 BRB5 p.396
Jeff Huss Mark Dalton
▪ Hand carved and compensated bone saddles are a mark of finesse. Fine work is all about the details, and Huss and Dalton discuss a detail that is often overlooked but easy to make. With 8 photos.
1999
AL#59 p.56 BRB5 p.452
Fred Carlson
▪ Carlson checks out Iboney, a specially treated cow bone used for nuts and saddles. Also in this column is an examination of 3 Stew-Mac tools, a fingerboard and bridge heating iron, a purfling cutter attachment for the Dremel MultiPro, and a binding cutter for the Stew-Mac version of the MultiPro router base. Fred likes the Iboney, and decides that both Stew-Mac Dremel attachments are better made than the Dremels themselves. The heating iron passes inspection, too, but the GAL Tool Guy feels a bit luke-warm about it.
1999
AL#59 p.61 BRB5 p.502
Michael Breid
▪ A custom bow-tip-gluing jig built out of necessity.
1999
AL#59 p.65 BRB5 p.484 read this article
John Calkin
▪ The reviewer likes this instruction video that is ultimately intended to sell product, and finds that the instruction far outweighs the salesmanship angle of this Stew-Mac tape.
1999
AL#58 p.42 BRB5 p.355
Jon Sevy
▪ If first-year college math pushed your left-brain functions to the limit (been there, done that) you may cringe at the sight of the simplest equation. If so, check out this article. Modern luthiers build arcs into many of their instruments, and if you don’t know how to create them to lay out your own jigs you’ll be forever at the mercy of tool suppliers. Worse yet, when someone asks what the radius of your back plate is you can shrug your shoulders and look like an idiot. Let Sevy solve your problem. You can do it!
1999
AL#58 p.59 BRB5 p.503
Peter Giolitto
▪ An easy way to make dished forms using plaster to create the dished surface.
1999
AL#57 p.24 BRB5 p.262
Jay Hargreaves
▪ In this installment the top plate is carved and braced. Ribbecke roughs out the plates in a unique vacuum cage that goes a long way toward keeping his shop clean. The chainsaw wheel he attaches to his grinder gives this series its name, and speeds the carving process dramatically. Tuning the top isn’t completed until the guitar is assembled in the next segment. Part 1 was in AL#56. Includes 20 photos.
This article has been nominated as one of the Guild’s best articles published before 2010.
1999
AL#57 p.40 BRB5 p.317
John Calkin
▪ Calkin builds a uniquely shaped travel guitar called the True Companion, and here explains its construction as well as the jigs he devised for production building. The plan is a mini-version of GAL Plan #44. With 14 photos, including one of the sternest luthier of the year. Ya’ll remember to smile when it’s your turn!
1999
AL#57 p.43 BRB5 p.321
John Calkin
▪ A full-scale instrument plan. See the GAL website for a low-rez preview.
1999
AL#57 p.46 BRB5 p.330
Kevin-B. Rielly
▪ By now we all know about using dished workboards to create a radius on flat instrument plates. Rielly’s board is easier to make than most, and can be adjusted for either the top or back radius. With 6 photos.
1999
AL#58 p.6 BRB5 p.262
Jay Hargreaves
▪ The final installment in the series, parts 1 & 2 were in AL#56 and #57, respectively. In this segment the sides are bent, the body is assembled and bound, the neck is fitted to the body, and attention is given to tuning the plates. Special consideration is given to making the adjustable bridges as well as Tom’s elegant ebony/graphite tailpiece. With 36 photos and a drawing.
This article has been nominated as one of the Guild’s best articles published before 2010.
1998
AL#56 p.65 BRB5 p.500
Kevin-B. Rielly
▪ A simple $1 bender design as an alternative to bending frets with pliers or a variable fret bender which takes less than 30 minutes to assemble.
1998
AL#56 p.6 BRB5 p.248
Lawrence Smart
▪ The demands of contemporary players has forced many changes in the mandolin family since the fabled Loar family of Gibsons was created in the 1920s. Smart has built mandolins, mandolas, and mandocellos to work together as an ensemble as well as separately, and here he discusses the differences that might be desirable in the family as the setting is changed, as well as the changes that players have asked for in his instruments. Accompanied by charts of Smart’s instrument specs as well as those of Gibson. With 5 photos and 5 drawings.
This article has been nominated as one of the Guild’s best articles published before 2010.
1998
AL#56 p.36 BRB5 p.262
Jay Hargreaves
▪ Ribbecke is a renowned maker of archtop guitars. He also opens his shop periodically to small classes that wish to learn his formula for successful and graceful guitars. Hargreaves attended one such week-long session and brought back the straight skinny for American Lutherie readers. Part 1 details the construction of a laminated maple neck and associated details. Part 2 follows in AL#57. With 29 photos.
This article has been nominated as one of the Guild’s best articles published before 2010.
1998
AL#55 p.48 BRB5 p.243
Cyndy Burton Paul Jacobson
▪ Jacobson is a widely respected builder of classical guitars who considers lutherie to be the equivalent of writing sonnets. They are both exercises in controlled creativity. And both can be beautiful.
1998
AL#53 p.56 BRB5 p.442
Harry Fleishman
▪ Harry ‘fesses up: many luthiers are just too darn serious to grok good humor. But he, himself, is serious about testing new gear. In this issue he sort of likes a Bench Guitar Cradle, isn’t very enthusiastic about the Ultimate Guitar Mirror, is ambiguous about a fret slotting miter box and saw, finds a good mini-mic to combine with piezo pickups for not a lot of money, hates a commercial go-bar deck, and raves about a neck removal jig for dovetail joints. Whew!
1998
AL#54 p.26 BRB5 p.198
Graham McDonald
▪ Advice about building an Irish instrument with a Greek name from an Australian in an American magazine. You could get jet lag just thinking about it. McDonald covers the construction of the entire instrument (his neck joint is really slick) but the focal point is his top construction. He steams thick flat plates in the oven and bends them into an arch until they set. After joining there is a minimum of carving yet to be done. All this is in the name of saving time and timber. With 9 photos and a pair of drawings.
This article has been nominated as one of the Guild’s best articles published before 2010.
1998
AL#54 p.38 BRB5 p.127
John Calkin
▪ Inspired by his time spent at Fox’s American School of Lutherie, Calkin revamps his whole building procedure. Dished workboards turn out to be easy and cheap to make. Mando, uke, and dulcimer sides are bent with an electric silicone blanket. Molds are revamped. Speed and precision are in, drudgery is out (well, almost). Parts 1 and 2 were in American Lutherie #52 and #53, respectively. With 25 photos.
This article has been nominated as one of the Guild’s fifty best articles published before 2010.
1998
AL#53 p.32 BRB5 p.108
John Calkin
▪ In AL#52 we looked at the tools and jigs Charles Fox uses to build acoustic guitars. In Part 2 we examine how that equipment is put to use as Fox takes us through the procedure of building a classical guitar at his American School of Lutherie. Most of this info will be just as useful to the steel string builder, as well. With 55 photos.
This article has been nominated as one of the Guild’s fifty best articles published before 2010.
1997
AL#52 p.12 BRB5 p.108
John Calkin
▪ The main thrust of Fox’s American School of Lutherie lies in teaching lone guitarmakers to make better instruments through more accurate tooling and in helping them become more commercially viable by increasing their production. Calkin attended one of Charles’ week-long Contemporary Guitar Making seminars and documented much of the hard info for American Lutherie readers. This segment concentrates on nearly 3 dozen jigs and fixtures that anyone can add to their lutherie arsenal, most of them adapted to power tools. With 57 photos. Parts 2 & 3 to follow.
This article has been nominated as one of the Guild’s fifty best articles published before 2010.
1997
AL#51 p.16
David Grey
▪ Grey’s nifty jig uses a table router to bind guitar bodies. The classiest part is the micrometer adjustments built into the jig. With 2 photos and 5 good drawings.
1997
AL#51 p.42 BRB5 p.104
John Calkin Jeff Huss Mark Dalton
▪ Virginia luthiers Huss and Dalton show off their shop and talk about the business of going into business. They make 7 high-end acoustics per month, and they make it sound easy. With 11 photos.
1997
AL#50 p.54 BRB5 p.438
Harry Fleishman
▪ Fleishman examines two tools used for changing the width of fret tangs and a Dremel tool jig for routing bridge slots after the bridge is glued to the guitar. He likes them all. With 3 photos.
1997
AL#50 p.58 BRB5 p.489
Glenn Uhler
▪ A body or neck rest with an interesting history.
1997
AL#49 p.20 BRB5 p.12
John Calkin
▪ How to make thin-body guitars intended to be plugged in on stage. The bodies are hollowed from solid stock. Design considerations are emphasized. Production jigs are described, as are a set of jigs for making bridges. With 14 photos.
1997
AL#49 p.36 BRB5 p.34
Brent Benfield
▪ So you bought a spherically dished form in which to build your guitars. But how do you go about it? Benfield describes a path notable for its lack of complication. This is a painless way to bring your guitars into the 21st century. Most of the ideas are applicable to flattop guitars as well. With 10 photos and 4 drawings.
1997
AL#49 p.40 BRB5 p.26
Richard Beck
▪ Beck’s theme is to keep the quality but cut the time involved in building acoustic guitars. He shares his jigs for shaping headstocks and arching braces using a router table and heavy aluminum jigs. You may have to get a machine shop in on this job. With 13 photos and a drawing.
1997
AL#49 p.50 BRB5 p.44
Colin Kaminski Jeff Traugott
▪ Neck resetting techniques have changed enormously in the last few years, and they continue to evolve. Traugot has been in the forefront of the evolution. Here’s his up-to-the-minute description of the procedure. With 12 photos.
This article has been nominated as one of the Guild’s best articles published before 2010.
1996
AL#48 p.14 BRB4 p.386
Jonathon Peterson Bishop Cochran
▪ Cochran is a player/maker of electric and acoustic/electric guitars who uses machine shop equipment and supplies to create his instruments. The emphasis is on precision work, duplicable procedures, and practical designs. With 26 photos.
1996
AL#48 p.28 BRB4 p.408
Cyndy Burton John Mello
▪ Mello is a repairperson, guitarmaker, restorer, and instrument dealer. He apprenticed under Richard Schneider and worked with Jeffrey R. Elliott before opening his own shop.Much of the interview dwells upon the restoration of an 1862 Torres guitar. With 11 photos.
This article has been nominated as one of the Guild’s best articles published before 2010.
1996
AL#48 p.36 BRB4 p.404
Frank Ford
▪ Ford built an elaborate jig for resetting the necks of valuable and delicate guitars where a slip of the chisel can’t be risked. The contrary nature of guitars may dictate that some hand fitting is required after the jig is used, but much of the danger is removed. With 8 photos.
1996
AL#48 p.42 BRB4 p.400
Phillip Murray
▪ Even in this age of the bolted on neck, there are plenty of guitarmakers who’d rather use a dovetail. Murray’s well thought out jigs cut both the male and female portions of the joint. With 14 photos and 7 diagrams.
1996
AL#48 p.56 BRB4 p.504
James-E. Patterson
▪ A modified fingerboard tapering jig from an Ervin Somogyi design.
1996
AL#46 p.59 BRB4 p.503
Norbert Pietsch
▪ Fret slot sawing guides to resaw fret slots without marring or knocking loose the bindings.
1995
AL#44 p.59 BRB4 p.498
Rod Hannah
▪ A clear plexiglas piece as an alignment tool for a Teeter-style bridge slot device.
1995
AL#44 p.60 BRB4 p.501
Skip Helms
▪ A way to let a router and radial saw do some of the grunt work in building an archtop guitar.
1996
AL#45 p.40 BRB4 p.294
Richard Beck
▪ Beck is a repairman for some heavy hitters in the music biz. Here he offers a sound method of repairing shattered headstocks using a router. With 11 photos.
1996
AL#45 p.56 BRB4 p.501
Norbert Pietsch
▪ A vise heavy enough not to teeter when hammered or rasped on and can be easily mounted on a work surface.
1995
AL#43 p.48 BRB4 p.432
Harry Fleishman
▪ Fleishman examines and enjoys two tools from Stewart-MacDonald, the Bridge Saddle Routing Jig and the Adjustable Fret Slotting Saw.
1995
AL#42 p.62 BRB4 p.492
Filippo Avignonesi
▪ An unproduced design for a string tension simulation jig.
1995
AL#41 p.58 BRB4 p.491
Robert Steinegger
▪ Temporary modification of an Everly guitar mold to a Martin 00 size.
1995
AL#42 p.44 BRB4 p.190
Chris Foss
▪ Foss describes his permanent setup for drilling tuning pin and hitch pin holes in dulcimer pin blocks.
1994
AL#40 p.8 BRB4 p.90
Curt Carpenter
▪ Carpenter tells of his VA-sponsored apprenticeship to a legend of the electric guitar industry. A fine string of anecdotes. Carpenter actually moved in with Doc Kauffman and his wife, relived all the old stories, learned to build guitars, visited with Leo Fender, met Rudy Dopera, and made pickups. Carpenter left the army to enter the Guitar Wars.
1994
AL#40 p.61 BRB4 p.489
Andres Sender
▪ This jig flattens 4 pegs, one side at a time, and is powered by a screen door type spring hinge.
1994
AL#39 p.28 BRB4 p.80
Elon Howe
▪ A nontraditional mold deep enough to keep the ribs square to the top and back plates.
1994
AL#38 p.56 BRB4 p.485
Rod Hannah
▪ A disposable and recyclable nut and saddle spacing jig.
1993
AL#35 p.57 BRB3 p.498
Greg Descateaux
▪ Slight additions to Colin Kaminski’s description of how to build a hollow radius form in AL#33.
1993
AL#35 p.57 BRB3 p.498
Jonathon Peterson
▪ Design idea for a simple workstand using a wedge-shaped box. You can make one out of anything.
1993
AL#34 p.58 BRB3 p.492
Colin Kaminski
▪ The jig to taper fingerboards, made of 3/4″ plywood.
1993
AL#35 p.6 BRB3 p.352 read this article
Michael Darnton
▪ To the uninitiated, violin setup seems to have way too many steps for the small number of moveable parts involved. Taken one step at a time, the mystery falls away. Darnton explains the tools and procedures he uses to get the most out of a violin. This segment includes fitting pegs, correcting problems with the nut, making a fingerboard, and fitting a soundpost. Part Two is printed in AL#37. With 30 photos.
This article has been nominated as one of the Guild’s best articles published before 2010.
1993
AL#33 p.23 BRB3 p.476
Colin Kaminski
▪ Kaminski’s form uses two sheets of plywood of different thickness. They are stacked and screwed together down the center, and the thin sheet is curved by placing rows of wedges between them. A wood frame is built around the plywood, then polyester is poured between the sheets to make the radius permanent. It works, but it can be messy.
1992
AL#32 p.68 BRB3 p.487
Skip Helms
▪ A few ideas using a router table for classical makers.
1992
AL#32 p.11 BRB3 p.244
Jonathon Peterson
▪ As a maker of fine acoustic instruments Gibson was reborn in Montana. The man in charge of creativity and efficiency leads the GAL team through his domain. With 17 photos.
1992
AL#30 p.48 BRB3 p.485
Mark Tierney
▪ An easy to make jig with a wide jawed woodworkers vise to work down the edges of thin strips of veneer or laminated binding.
1992
AL#29 p.56 BRB3 p.483
Bill Garofalo
▪ A bent metal sheild for cutting fret slots. Use a modified backsaw.
1991
AL#27 p.58 BRB3 p.478
Phillip Lea
▪ When making plexiglas templates, use a scraper with no hook to smooth the edges.
1991
AL#28 p.34 BRB3 p.126 ALA4 p.10
Phillip Lea Bob Taylor
▪ Few people in Guitarland are as outspoken and clear-headed as Bob Taylor. Others might say he’s just opinionated. He believes a good guitar is a good guitar, no matter if it was whittled by Gepeto or cranked out by a dozen computer-guided milling cutters. This article offers a peek into the Taylor factory and a guided tour through one man’s thoughts about the contemporary guitar. With 28 photos.
1991
AL#26 p.26 BRB3 p.60
Ken Warmoth
▪ Most in-the-know electric guitar folks consider Warmoth necks and bodies to be the best going. Here’s how they’re made. With 22 photos.
This article has been nominated as one of the Guild’s best articles published before 2010.
1990
LT p.90
Tim Olsen
▪ Hinged fence cuts accurate curved pieces.
1990
LT p.83
Dave Flager
▪ A table to mount a portable belt sander on edge.
1990
AL#21 p.31 read this article
Ed Beylerian
▪ Luthiers try lute molds of a new synthetic material. Its stability is pleasing but its strength may make it of limited use for some.
1989
AL#17 p.40 BRB2 p.194
Jack Levine
▪ Levine solves a problem many of us might face at first: How to set up shop in a confined, shared workspace. The solution is a takedown mold and a secure footlocker for tools and work in progress.
1988
AL#15 p.64 BRB2 p.81
John Schofield
▪ Schofield uses a pin router to cut matching f-holes in his mandolin tops quickly and safely.
1987
AL#10 p.47 BRB1 p.401
John Schofield
▪ Schofield offers a table saw slotting jig that is simple to use and as accurate as your own layout work can make it. The drawing is rough, but it’s enough. The formula is an alternative to the more common “rule of 18.”
1987
AL#9 p.52 BRB1 p.344
William Conrad
▪ A Patron is the workboard used to build a guitar in the Spanish style. Conrad explains how to build one, and the reasoning behind it.
1987
AL#9 p.58
Chris Foss
▪ This is a correction and clarification of the article found on page 48 of AL#8.
1986
AL#8 p.48 BRB1 p.321
Chris Foss
▪ Foss supplies a formula for calculating the radius of an arc from a known length and deflection. Ever try to make your own radiused jigs for guitar plates? It might help to know this formula. It might also scare you off.
1986
AL#6 p.44 BRB1 p.177
Dana Bourgeois
▪ Bourgeois shares a method of making properly arched top braces for the contemporary “flattop” guitar.
1986
AL#5 p.34 BRB1 p.182 read this article
Robert Cooper
▪ Cooper describes his method of making ribs for a “half round” lute, in which all the ribs are the same.
1986
AL#5 p.42 BRB1 p.188
Richard Ennis
▪ Ennis describes how to cut fret slots on a table saw using notches in a fixed bar as depth stops to regulate the fret spacing.
1985
AL#3 p.24 BRB1 p.88 read this article
Thomas Snyder
▪ Measured drawings are presented for building a jig to facilitate rehairing bows. A detailed method for using the jig is also presented.
1985
AL#2 p.44
Richard Ennis
▪ Ennis kerfs wide boards on the table saw, then rips them to twice the desired width. He then rips each of these at an angle with a bandsaw to produce (after they are sliced lengthwise) two lining strips.
1985
AL#2 p.46 read this article
Topher Gayle
▪ A jig for holding a natural-skin head at tension while it is being glued to a drum.
1985
AL#2 p.7 BRB1 p.47
Ron Lira
▪ Lira recommends specific routers and bits.
1985
AL#1 p.42 BRB1 p.13
Ted Davis
▪ Davis presents a drawing of a jig for properly forming the sides and lining of a guitar to accept a domed back. The sides are held in a mold while a sanding stick, held by a central post, is passed over them.
1985
AL#1 p.46 BRB1 p.26
Michael Jacobson-Hardy
▪ Jacobson-Hardy describes devices based on pneumatic cylinders for bending sides, clamping braces to plates, clamping plates to sides, and holding neck blanks in a lathe.
1984
DS#274 LT p.67
George Gawlik
▪ Jointing the center seam of instrument plates with a router.
1983
DS#258 LT p.102
Ron Lira
▪ Swinging a fretboard over the table saw blade cuts the radius.
1983
DS#261 LT p.49
J.C. Nelson
▪ Saw two layers at an angle and the pieces fit together with no gaps.
1983
DS#252 LT p.3
Frederick-C. Lyman-Jr.
▪ Lyman was the GAL’s bass guru for years.
This article has been nominated as one of the Guild’s best articles published before 2010.
1983
DS#253 LT p.49
Phillip-W. Walker
▪ Simple devise makes it easy to glue an overlay on the tip of a bow.
1983
DS#232 LT p.54
Duane Waterman
▪ Side-bending form is made from the waste of the mold.
1982
DS#228 LT p.66
J.V. Buehrer
▪ Uses an oversize template to index of the outsides of the router base.
1982
DS#242 LT p.53
Bo Walker
▪ A deep plywood frame with a guitar-shaped hole in it. Uses no hardware other than a few screws.
1982
DS#201 LT p.88
Brian Derber
▪ Bandsaw jig cuts the facets on a neck block to which the ribs of a lute are glued.
1982
DS#209 LT p.60
Ted Davis
▪ Adjustable pin on the router base registers to a center hole.
1982
DS#212 LT p.83
John Zuis
▪ Make a peghead splice with a disk sander.
1982
DS#216 LT p.96
Robert Lenhardt
▪ Cut the taper on a fretboard using a table saw or bandsaw.
1981
DS#186 LT p.65
Rion Dudley
▪ This guide registers on the sides of the guitar rather than the plates. It is intended for the Dremel tool, but will work with a larger router.
1980
DS#164 LT p.62
J.D. Mackenzie
▪ One is a Dremel base for cutting binding channels. The second is another base used to inlay decorative stringing of the face of headstocks.
1980
DS#164 LT p.62
J.D. Mackenzie
▪ Another design for routing rosette slots, this one uses a full-size router.
1980
DS#153 LT p.52
Glenn Markel
▪ Basic mold holds the developing instrument body inside a frame of layered wood.
1980
DS#151 LT p.68
Jim Williams
▪ With a router and this jig, splines can be added on either side of the truss rod.
1980
DS#152 LT p.68
James Cassidy
▪ Templates of this kind use oversized bushings on the router base as a cutting guide.
1979
DS#117 LT p.12
Hugh Manhart
▪ Bend sides on a cold form after boiling them, but add heat to the form to dry them quickly.
1978
DS#92 LT p.92
Thomas Rein
▪ Jig uses and end mill in a drill press.
1978
DS#95 LW p.90
Don Musser
▪ Some wood ripples when it is wetted for bending. Musser describes how to remove the ripples, but you’ll have to have a metal bending form to use his method. With 2 photos.
1978
DS#68 LT p.99
William Spigelsky
▪ Jig for a radial arm saw.
1978
DS#69 LT p.61
John Spence
▪ Spence uses sub-bases for his router to make rosette cavities. The sub-bases are drilled with holes that fit over a pin mounted in the center of what will be the soundhole.
1978
DS#70 LT p.42
Tony Pizzo
▪ Adjustable-shape mold for dulcimer assembly.
1978
DS#77 LT p.101
Tim Olsen
▪ Table saw jig to evenly cut kerfs in rectangular strips of lining.
1978
DS#78 LT p.63
Al Leis
▪ Close-tolerance adjustability with a full-size router to create binding and rosette slots.
1978
DS#67 LT p.100
James Gilbert
▪ Radial arm saw jig will radius the face of a banjo neck to 10″ and cut it to the desired angle.
1978
DS#68 LT p.88
William Spigelsky
▪ Use this bandsaw jig to cut rectangular stock into triangular unkerfed lining blanks. This tip is confusing until you realize that the box is a permanent part of the jig, and that the jig should be clamped to the saw table. The binding stock is fed through, and supported by, the box.
1977
DS#60 LT p.58
James Gilbert
▪ Uses toggle clamps.
1976
DS#26 LT p.91
Derek Iverson
▪ Jig for drilling tuner holes in the headstocks of classical guitars.