Handmade or Machine-Made? A Definitional Problem in Pipes

Handmade or machine-made? The distinction reads as a clean opposition in catalog and stamp language, but where briar pipes are concerned, neither extreme actually holds in practice. It is not possible to finish a pipe from start to finish with hand tools alone, nor to have one come off a lathe untouched by human hands. The trade has coined a third category for the broad space in between: hand made by machine.

The Limit Set by Briar

Clay and meerschaum are soft while being worked; both can be carved deeply with a knife, and a mistaken cut can be corrected. Briar, by contrast, is hard, and prone to chipping and cracking. The outside of the bowl can be shaped with a file and sandpaper, and the tobacco chamber can be hollowed by hand; the trouble comes with two holes. Neither the smoke channel running from the shank end to the chamber floor, nor the airway running through the mouthpiece, can be drilled by hand with sufficient accuracy or without risking the material. For this reason, no briar pipe today can truly be called entirely handmade. Where these holes sit within the body is shown in the pipe anatomy article.

What the Machine Leaves Undone

The limit runs the other way too. A duplicating router, following a hand-prepared master, can turn out dozens of bodies from the same pattern in one pass; mouthpieces, too, can be produced by molding. Even so, the piece coming off the machine is not considered finished. The excess left in areas the router cannot reach — called ears in workshop language, as it is reported — is sanded away by hand. The mortise that receives the mouthpiece is also opened separately, the mouthpiece is hand-fitted to the shank, mold marks are removed by hand, and staining, polishing, and final inspection are likewise left to human hands. For this reason it is equally hard to speak of a wholly machine-made pipe.

The Methods in Between

Between these two extremes lie a number of quite different working methods. In hand turning, the block is shaped with a chisel while spinning on a lathe; the machine only rotates it, while the hand does the shaping. Sixten Ivarsson is reported to have followed this method until around 1957, after which — because the method by its nature forced round, symmetrical bodies — he switched to free-form shaping on a rotating sanding disc. Makers who built their own rigs form a separate rung: Erik Nørding, known for his engineering background, roughed out the outline of his free-form bodies on a duplicating router at his Nørding workshop and then finished each body individually on the disc. In a third arrangement, the body is bought ready-made from another manufacturer and reshaped by hand; it can go in as one shape and come out as another.

How Binding Is the Term

There is no formal standard separating these stages. The classification most often cited in pipe writing rests on R. D. Field's piece in the Fall 2003 issue of Pipes and Tobaccos: a pipe made using hand tools only counts as handmade, one involving no hand labor at all counts as machine-made, and any mixture of the two counts as hand made by machine. Once the standard is drawn this sharply, the first two categories turn out to be essentially empty in practice.

Looking at another field for comparison is instructive. The federal guidance governing the U.S. jewelry trade requires that, for a product to be marketed as "handmade," every shaping, finishing, and decorating step, starting from the raw material, be done by hand labor and hand-controlled methods, with the maker able to alter the structure and form of each individual piece. No such regulation exists in pipe making; the wording on the stamp is the maker's own claim. And the classification describes a method, not a level of craftsmanship. The relationship between these methods and scale of production is covered in the artisan pipe and factory pipe article.