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Economics of Custom Frame Building in non Ferrous Materials
I was wondering why there are very few custom frame builders working in Alu,
Ti or carbon. 30 Years ago almost everyone rode steel frames and many cities would have several frames builders turning out custom and off the peg frames for racing and touring cyclists. There were very few mass produced top quality frames, the process did not seam to scale well. On the other hand the capital costs to equip a workshop to produce one or two frames a week were on the scale of a couple of month wages. I can see that mass produced Alu and Carbon frames have captured the top end of the market, but that few custom builders have moved into these materials. Is this due to inertia and lack of foresight by the builders? Are the large capital costs involved? Is it mainly due to being unable to compete with offshore wage levels? -- Andy Morris AndyAtJinkasDotFreeserve.Co.UK Love this: Put an end to Outlook Express's messy quotes http://home.in.tum.de/~jain/software/oe-quotefix/ |
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Economics of Custom Frame Building in non Ferrous Materials
"AndyMorris" wrote in message ... Is this due to inertia and lack of foresight by the builders? Are the large capital costs involved? Is it mainly due to being unable to compete with offshore wage levels? -- Andy Morris The internet certainly didn't help the local custom framebuilder. Just a few great full time frame builders can serve a much larger population these days. AndyAtJinkasDotFreeserve.Co.UK Love this: Put an end to Outlook Express's messy quotes http://home.in.tum.de/~jain/software/oe-quotefix/ |
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Economics of Custom Frame Building in non Ferrous Materials
The internet certainly didn't help the local custom framebuilder. Just a
few great full time frame builders can serve a much larger population these days. You overestimate the number of frames a builder can rasonably make. Richard Sachs doesn't make more frames now per year than he did 5 years ago-well, maybe a couple. there's a limit of how many frmes a person can make a year so now the internet exposes more builders to more potential customers. I used to build in LA before I moved but I had customers in New Jersey-all through the internet. It's a great thing. Phil Brown |
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Economics of Custom Frame Building in non Ferrous Materials
On Sun, 24 Aug 2003 00:40:02 +0100, "AndyMorris"
may have said: I was wondering why there are very few custom frame builders working in Alu, Ti or carbon. Techniques for brazing or welding steel are much easier to master (and equip for) than reliably welding aluminum. Titanium is reportedly at least a full quantum level more difficult than that. (This is from an aerospace engineer who has to design for the stuff.) Carbon fiber is an entirely different kind of process. To be competitive or even competent in those materials is probably beyond the level of expertise that a lot of the older steel frame builders could have handled; the current ones may just prefer to stay with what is reliable and known. It may be that more custom builders would have made the transition to new materials if there hadn't been as much market pressure from the mass-produced units, though. It's probably a combination of effects, with each case being a bit different. -- My email address is antispammed; pull WEEDS if replying via e-mail. Yes, I have a killfile. If I don't respond to something, it's also possible that I'm busy. |
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Economics of Custom Frame Building in non Ferrous Materials
andy- I was wondering why there are very few custom frame builders working in
Alu, Ti or carbon. BRBR Tough to sell a custom, small production ti or carbon and compete with the big boys. I know a local ti builder but he can't really sell one for less than $2600 or so, and his lack of name recognition makes it a tough sell when compared to Moots, Seven, etc. Carbon is just plain expensive(altho Calfee is available in custom). As for aluminum, tough to copete with the loads and tons of cheapo aluminum in the market now, both in quality(altho the price may be high, high) and price. Like the tailor that makes really fine suits in worsted wool...hard to work with, but really fine product, like Steel and the frame builder. Also I think most well established and knowledgable frame builders realize that steel offers the best COMBINATION of qualities that make for a great frameset. Peter Chisholm Vecchio's Bicicletteria 1833 Pearl St. Boulder, CO, 80302 (303)440-3535 http://www.vecchios.com "Ruote convenzionali costruite eccezionalmente bene" |
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Economics of Custom Frame Building in non Ferrous Materials
Werehatrack wrote:
On Sun, 24 Aug 2003 00:40:02 +0100, "AndyMorris" may have said: I was wondering why there are very few custom frame builders working in Alu, Ti or carbon. Techniques for brazing or welding steel are much easier to master (and equip for) than reliably welding aluminum. Titanium is reportedly at least a full quantum level more difficult than that. (This is from an aerospace engineer who has to design for the stuff.) The actual welding of the frame isn't THAT much more difficult, but setting up the necessary equipment to do it IS. The most important difference is that you have to be VERY careful to prevent air from contaminating the weld - just a few molecules of the stuff can affect a weld. And it IS more difficult to cut and machine (it's hell on cutting tools). Mark Hickey Habanero Cycles http://www.habcycles.com Home of the $995 custom ti frame |
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Economics of Custom Frame Building in non Ferrous Materials
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#9
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Economics of Custom Frame Building in non Ferrous Materials
Werehatrack wrote:
I was wondering why there are very few custom frame builders working in Alu, Ti or carbon. Techniques for brazing or welding steel are much easier to master (and equip for) than reliably welding aluminum. Titanium is reportedly at least a full quantum level more difficult than that. (This is from an aerospace engineer who has to design for the stuff.) I respectfully disagree with that assertion. Not sure to what that aerospace engineer was referring, but titanium is not at all difficult to weld and is similar to steel(that is, using the GTAW process). Aluminum requires an AC arc which transfers a lot of heat to the tungsten and the torch, and aluminum gives little visual warning as it changes from solid to liquid. The only real complication with Ti is the absolute requirement for an oxygen-free environment on both sides of the weld, necessitating back purging with an inert gas. Ti can be more difficult to machine or otherwise work the pieces into the desired shape and is far more ixpensive than either steel or AL. -- Ted Bennett Portland OR |
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Economics of Custom Frame Building in non Ferrous Materials
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