In 1998 I was privileged to visit the Constantin family in Romania to film the making of drop spindles from lime wood (linden) on a primitive bow lathe.
Robin Fawcett demonstrates how to make a spinning top on a pole lathe. An ash log is riven into quarters, using a maul and froe. It’s cut to length with a pull saw and shaped with a side axe, before being put in the pole lathe…
Stuart King demonstrates how to turn wooden flowers on a lathe using simple tools.
The last of the traditional pole lathe turners who can turn wooden drinking flasks. I filmed Ion Constantin (who was then in his 70s) in Romania in 1998.
All lathes by their very nature rely on a revolving work piece. To capture and impart this motion, to devise and create the required force has challenged mans ingenuity back into pre-history. Man has been using the momentum provided by a spinning weight for tens of thousands of years in the form of drop spindles for spinning wool. The potter’s revolving ‘wheel was almost certainly the first machine used by our ancestors. It maybe that the reciprocating bow drill and pump drill in it’s many forms was the first mechanical hand tool, Certainly it could be used to create fire as well as bore holes and with a profiled cutter fitted could be used to produce buttons, counters and beads. Continue reading
The wheel is probably man’s most important technological discovery. A Sumarian pictogram dated 3500BC is the earliest reference for the wheel. By 2000BC man was making spoked wheels yet the earliest pictorial reference we have of a wheel driven lathe seems to be from the 15th century.
The great advantage of a wheel driven lathe is that continuous and controlled rotary motion is possible. This was not an automatic benefit to every aspect of woodturning though, as is illustrated by the continuing use of the reciprocating bow, strap and pole lathes. These ancient, simple lathes could still compete and perform efficiently in certain specialist areas such as small spindle and bowl turning. Continue reading
From classical times man has harnessed wind and water to work heavy machinery, to relieve him of hard physical labour and to speed up production. A Roman settlement C.200AD in southern France boasted sixteen water mills for grinding corn. It may be that this form of motive power was used to drive lathes also but if it was there seems to be no record of the fact. If this were the case, it would have probably have been the exception rather than the rule.
It does appear that the woodturners of old were content to continue with their tried and trusty traditional methods long after other sources of power were available to many of them. There were good economical reasons for this. No advantage was to be gained by expensive investment when the simple reliable technology of the strap, bow, pole and latter wheel lathes was usually just as efficient and more reliable. Continue reading
Man has always tried to find ways of making manual tasks easier and the businessman methods to reduce manpower, speed production and lower operating costs. A good illustration of this was the manufacture of rifle butts. Hand held firearms have existed since the Middle Ages and virtually all these weapons incorporated a hand fashioned wooden butt. Making rifle butts was a highly skilled and time-consuming occupation and in time highly protective guilds were formed and prices kept at a high level.
This was just the sort of situation where a machine solution would be welcomed by firearm manufacturers, and in 1820, an Englishman, Thomas Blanchard designed a ‘reproducing lathe’. Blanchard’s lathe was capable of making two rifle butts an hour and it was not long before he had built one capable of producing ten or twelve in an hour. He went on to devise other reproducing lathes to manufacture shoe lasts and axe handles. Continue reading
How long has man been turning wood? Almost certainly longer than we have evidence for! What did the first lathe look like? We are not sure, but we can come to a reasonable conclusion bearing in mind the materials and technology available. There are just a few early illustrations that give us some insight plus the continuing use of simple technology in parts of the under-developed world. Continue reading
Spinning of wool in the West has for a long time been the province of the machine, but in many parts of the globe including much of Eastern Europe this time-old activity is still very much a hand skill.
Some spinners use a spinning wheel while many more produce woollen thread with the aid of a drop spindle, simply a turned wooden tapering shaft about 16 inches long and about one inch diameter towards its base. They are sold at local markets and still form part of peasant culture. Continue reading