The year was 1890 and the first ever dovetailing machine was patented by the Britannia Company, Colchester for £2 2s. It’s a dovetailing jig as we would understand it which is used on a foot powered table saw.
It was an unfortunate year, the beginning of the end of yet one more skill, but in the interest of gaining historical woodworking knowledge we shall read more about it and how it’s used.
A pine board 24”x 18”x 3/8” is clamped at each end on the table saw. A spline fitting the groove in the table saw ensures accurate movement, with a slot exactly in the centre of the two frames when in their places, for the saw to work through as shown in Fig.1.
Fix on the gauge, (Fig.3) which is a piece of wood with slots at intervals, according to the size of dovetails required- upon platform, (Fig.2), of frames, as shown. These gauges are generally fixed upon the lower ledge, but for some work the upper ledge may be more convenient. These gauges can be easily made by an amateur, or are supplied with the dovetailer.
The appliance in Fig.2 is to be fixed upon the board as shown, so that the saw may run clear when the movable frame is at either end of the segment.Put in the screw through the frame Fig. 2 and screw down so as to allow the frame to move backwards and forward. The frame is to be fixed as shown 2 ¾” from square line of saw. To cut the mortises, place the wood upon the inclined plane, having adjusted the table so that the saw will cut the correct depth. Bring the front edge of the wood up to the end of the gauge, holding the marker in the left hand so that it falls into the various slots s the wood passes up the incline. The positions of the operator, the movable table, the frames, gauges, inclined plane, wood, marker and saw are all very clearly indicated in Fig.1
When one row has been made, turn the wood round and take the marker in the right hand and follow each cut up the incline until the cuts are completed. To cut the tenons or pins, adjust the saw table so that the saw cuts the required depth. Fix the gauge on the lower ledge of platform, the inner end of gauge forming the distance for the first cut.
Of course, it will be understood that the cuts only are made by the saw. The clearances of the mortises and the wood intervening between the pins must be affected in the usual manner with a chisel. The merit of the entire appliance lies in the presentation of the edges of the wood to the saw in such a manner and in such a position that the saw kerfs, first in one direction and then in the other, are made with such sure and certain regularity of distance and direction, and perfect parallelism, that an operator who is comparatively an unskilled hand can be enabled to perform work which, if done by the hand, must be the outcome of long practice combined with the utmost care in execution.
England has been at the forefront of invention of engineering marvels since their creation of the Industrial revolution in 1830. I’m in midst of writing an article on the industrial revolution and its effect it had and still has on human lives. All I’m going to add is that this machine or appliance eliminates the need for a skilled dovetailer. I’m sure it would only take two minutes to train anybody to operate it and produce flawless dovetails.
For the sake of mass production and of course profits, we have traded something more valuable in fact something priceless; skill.
Something to ponder. We marvel at how skilled craftsmen they were. But how many pieces made were actual hand work? I think it’s safe to bet that our craftsmen in the 18th century were machine free and therefore truly skilled at their jobs. On the same token it would be grossly unfair if I said the opposite about our craftsmen in the 19th century. I can’t help but wonder how many of those dovetails we see on antique furniture of that period were made by hand or by the patented dovetailing machine.