Or even much later had one visited—Stafford, let us say, one would not have found the large modern shoe-factory, with its bewildering variety of machines, each one with a human machine by its side. For shoemaking then was a pure handicraft, requiring skill, judgment and some measure of artistic sense. Each shoemaker worked in his own little house, bought his own material from the leather merchant, and fashioned every part of the shoe with his own hand, aided by a few simple and inexpensive tools. He believed there was “nothing like leather,” and had not yet learned the art of putting on cheap soles, not made of leather, to cheap boots, which, in a month’s time, will be almost worn out. Very likely the shoemaker had no vote; but he was never liable to be locked out by his employer, or to be obliged to go on strike against a reduction of wages, with his boy in prison for satisfying hunger at the expense of the neighboring baker, or his girl on the streets to pay for her new dress. Such was the simple industrialism of our great-great-grandfathers. But their mode of life was destined to change. All progress, says Mr. Herbert Spencer, is differentiation; and this formidable factor began to appear in the quiet, sleepy, English country. About 1760 a large share of calico-printing was transferred from London to Lancashire, where labor was then cheaper. There was a consequent fall in prices, and an increased demand for calicoes of linen warp and cotton weft. Then the Manchester dealers, instead of buying fustians and calicoes from the weaver, began to furnish him with the materials for his cloth, and to pay him a fixed price per piece for the work when executed. So the Manchester dealer became what the French call an entrepreneur; and the transformation of the independent weaver into a wage receiver began. The iron law of wages and the unemployed question also began to loom dimly up. For as the weaver came to hire himself to the dealer, so the weaver let out part of his work; and it frequently happened that the sum which the master weaver received from his employer was less than what he found himself compelled to pay to those whom he employed in spinning. “He durst not, however, complain,” says Mr. Watts in his article on cotton (Encyclopædia Britannica), “much less abate the spinner’s price, lest his looms should be unemployed.” The quantity of yarn producible under this simple system by the aid of the one-thread wheel was very small. The whole did not exceed in quantity what 50,000 spindles of our present machinery can yield. As one man can now superintend 2,000 spindles, it will be seen that twenty-five men with machinery can produce as much as the whole population of old Lancashire. In 1750 the first important invention in the cotton industry was made in the shape of the fly-shuttle, invented by Kaye of Bury. In 1760 improvements were made in the carding process. In 1767 the spinning-jenny was invented by Hargreaves, and this was at length brought to work as many as eighty spindles. The ingenious Hargreaves had ample opportunity for practical study of the “unemployed” question; for the spinners, some of whom were forced into idleness by the new invention, broke into his house and destroyed his machine. Shortly after, there was a general rising over industrial Lancashire: the poor hand-workers, whose prophetic souls were evidently dreaming on things to come, scouring the country and breaking in pieces every carding and spinning machine they could find.
Progress by differentiation, however, heeded not the second sight of Lancashire workers. In 1769, Arkwright contrived the spinning frame, and obtained his patent for spinning with rollers. In 1775, Crompton, of Bolton, invented the mule-jenny, enabling warps of the finest quality to be spun. In 1792, further improvements in this machine were made by Pollard, of Manchester, and Kelly, of Glasgow. In 1785, steam was first applied to the spinning of cotton in Nottinghamshire. In 1784 the Rev. E. Cartwright, of Kent, invented power-loom weaving, and completed and patented his invention in August, 1787. Here, then, within a period of about forty years, was a series of mechanical inventions which had the effect of absolutely changing the method of production, and enormously increasing the output; of dividing the labor of producing, which had formerly been effected by a single family within the walls of a single room, between scores and hundreds of people, each of whom only undertook a single process in a complex operation; of massing together hundreds of thousands of people under new conditions; of bringing a heretofore isolated district into intimate relations with distant foreign lands: and of separating the work of spinning or weaving from the ownership of the instruments by whose aid the work was done. The independent weaver was gone; or rather he was subjected, like an amœba, to a process of fission, but with this difference: that whereas the amœba produces by fission other similar amœbæ, the weaver was differentiated into a person called an employer and another called an employé or “hand.” Multiply this “hand” by thousands, and we get the mill or factory, divided into departments, each with its special detail of work, each detail fitting into all the rest, each machine taking up the work where the last machine left it, and each contributing its share to the joint product. Multiply the employer; add enormously to the aggregate of his capital; remove the barrier of national frontiers from his operations; relieve him of the duty of personal supervision; and we get the joint-stock capitalist.
Pause a moment to consider the famous world-events which made so much noise while these industrial processes were going on. The conquest of Canada, the victories of Clive in India, the Seven Years’ War, the successful revolt of the American colonies, the Declaration of Independence and formation of the American Constitution, the deeds of Frederic the Great, Pitt’s accession to power, Washington’s election to the Presidency, the Fall of the Bastille, the death of Mirabeau, the fall of the old French monarchy, the National Convention—all these great events which shook the world were contemporary with the industrial revolution in England; and that revolution was in promise and potency more important than them all.
I will glance at the development of another great industry, that of iron. In former times iron was largely worked in the south of England, notably in Sussex, in a district now purely agricultural. By the middle of the 18th century, important iron industries had begun to cluster round Coalbrookdale; and here many of the industrial changes in the working of iron were first introduced. From 1766 to 1784 improvements were made in the mode of working malleable iron and of transferring cast into wrought iron. The puddling forge was invented in 1784; and it gave an immense impetus to the manufacture. In 1828 the use of the hot blast was substituted for cold air; in 1842 Nasmyth invented the steam-hammer; and in 1856 the Bessemer process of making steel was patented. Subsequently we have the Siemens regenerative furnace and gas producer, the use of machinery in lieu of hand labor for puddling, the casting of steel under great pressure, and the improvements in the Bessemer process. As a result of these inventions the increase in the production of steel during the last few years, especially in the United States and Great Britain, has been enormous. In all this we see the same series of phenomena, all tending to huge monopolies. Machinery supplants hand labor; production is greatly stimulated; the immense capital needed enables only the large producers to survive in the competitive conflict; and we get as the net result well defined aggregations of capital on the one hand, and dependent machine minders on the other.
I have alluded to the shoe industry as having been formerly a pure handicraft. Simple machine processes for fastening soles and heels to inner soles began to be adopted in 1809; and from that time onward successive inventions have converted the pure handicraft into one of the most mechanical industries in the world. In the United States in 1881 no less than 50,000,000 pairs of boots and shoes were sewn by the Blake-Mackay machines. A visitor to a shoe factory to-day will see the following machines: for cutting leather, for pressing rollers for sole leather, for stamping out sole and heel pieces, for blocking and crimping, for moulding uppers or vamps, for vamp-folding, for eyeletting, lasting, trimming and paring, scouring, sand-papering and burnishing, for stamping, peg-cutting, and nail-rasping. It is well to witness all these processes going on in one large factory in order to grasp fully the idea that the old individual industry of the last century is almost as extinct as the mastodon—that the worker in a shoe factory to-day is, so to speak, a machine in a vast complex system. The great industry has supplanted the small one; such great industry involves the aggregation of capital: consequently competition on the part of the small producer is hopeless and impossible. Thus in the proletarian class the intensity of the struggle for existence is increased, keeping down wages and ever widening the margin of the unemployed class. The small producer must become a wage earner either as manager, foreman, or workman. As well attempt to meet Gatling guns with bow and arrows, or steel cruisers armed with dynamite bombs with the little cockle-shells in which Henry V’s army crossed over to win the field of Agincourt, as to set up single shoe-makers or cotton-weavers against the vast industrial armies of the world of machinery. The revolution is confined to no one industry, to no one land. While most fully developed in England, it is extending to most industries and to all lands. Prince Kropotkin, it is true, reminds us in an interesting article in the Nineteenth Century for October, 1888, that a number of small industries can still be found in town and country. That is so, no doubt; and it is not unlikely that for a long time to come many small trades may exist, and some may even flourish. But the countries in which small industries flourish most are precisely those in which there is least machine industry, and where consequently capitalism is least developed. In no country, says Kropotkin, are there so many small producers as in Russia. Exactly: and in no country is there so little machinery or such an inefficient railway system in proportion to population and resources. On the other hand, in no country is machinery so extensively used as in the United States; and it is precisely that country which contains the fewest small industries in proportion to population and resources. Many of the small industries, too, as Kropotkin admits, are carried on by persons who have been displaced by machines, and who have thus been thrown unemployed on the labor market; or who have drifted into large towns, especially into London, because in the country there was no work for them. At best the great majority of these people earn but a scanty and precarious living; and, judging from the number of hawkers and vendors who wander about suburban streets and roads without selling anything, one would imagine that great numbers can scarcely make any living at all.
Furthermore, when Kropotkin refers to the sweaters’ victims, and to the people in country places who make on a small scale clothes or furniture which they dispose of to the dealers in large towns, and so forth, let it be remembered that so long as human labor is cheaper than machinery it will be utilized by capitalists in this way. The capitalist uses or does not use machinery according as it pays or does not pay; and if he can draw to an unlimited extent on the margin of unemployed labor, paying a bare subsistence wage, he will do so, as the evidence given before the House of Lords Committee on Sweating shews. While admitting then that a good many small industries exist, and that some will continue to exist for an indefinite time, I do not think that such facts make against the general proposition that the tendency is to large production by machinery, involving the grouping of men and the massing of capital, with all the economic and social consequences thereby involved.
Even agriculture, that one occupation in which old-fashioned individualism might be supposed safe, is being subjected to capitalism. The huge farms of Dakota and California, containing single fields of wheat miles long, are largely owned by joint stock corporations and cultivated exclusively by machinery. It was the displacement of human labor by machinery on these farms as well as the crises in mining operations which helped to bring about the phenomenon of an unemployed class in the richest region of the world, and led Mr. Henry George to write his “Progress and Poverty.” These huge farms, combined with the wheat “corners” in New York and Chicago and the great railway corporations of America, have played havoc with many of the small farmers of the Mississippi Valley, as the statistics respecting mortgaged farms will show. And when it is remembered that the American farmer will be more and more obliged to meet the growing competition of the wheat of India, produced by the cheapest labor in the world, his prospect does not appear to be very bright.
In order to perceive clearly the immense development of machine industry and the consequent displacement of labor, one must resort to figures, mere rhetoric being of no avail. The following figures are cited from the United States, because American public statistics are so much better than British, being both more complete and more accessible. The facts are taken from the first Annual Report of the United States Commissioner of Labor Statistics in Washington for 1886. The Commissioner, inquiring into the industrial crisis, finds that it is mainly due to the immense development of machine industry under the joint-stock system; and he takes up various trades one after another to show how labor has been displaced by machinery. In the timber business, he says, twelve laborers with a Bucker machine will dress 12,000 staves. The same number of men by hand labor would have dressed in the same time only 2,500. In the manufacture of paper a machine now used for drying and cutting, run by four men and six girls, will do the work formerly done by 100 persons, and do it much better. In the manufacture of wall-paper the best evidence puts the displacement in the proportion of a hundred to one. In a phosphate mine in South Carolina ten men accomplish with machinery what 100 men handle without it in the same time. There has been a displacement of 50 per cent in the manufacture of rubber boots and shoes. In South Carolina pottery the product is ten times greater by machine processes than by muscular labor. In the manufacture of saws, experienced men consider that there has been a displacement of three men out of five. In the weaving of silk the displacement has been 95 per cent, and in the winding of silk 90 per cent. A large soap manufacturing concern carefully estimates the displacement of labor in its works at 50 per cent. In making wine in California a crushing machine has been introduced with which one man can crush and stem 80 tons of grapes in a day, representing an amount of work formerly requiring eight men. In woollen goods modern machinery has reduced muscular labor 33 per cent in the carding department, 50 per cent in the spinning, and 25 per cent in the weaving. In some kinds of spinning one hundred to one represents the displacement. In the whole United States in 1886 the machinery was equal to 3,500,000 horse power. If men only had been employed, it would have required 21,000,000 to turn out the actual total product: the real number was four millions. To do the work accomplished in 1886 in the United States by power machinery and on the railways would have required men representing a population of 172,500,000. The actual population of the United States in 1886 was something under 60,000,000, or a little more than one-third.
Commenting on these very remarkable statistics, the Labor Commissioner says: “The apparent evils resulting from the introduction of machinery and the consequent subdivision of labor have to a large extent, of course, been offset by advantages gained; but it must stand as a positive statement, which cannot be successfully controverted, that this wonderful introduction and extension of power machinery is one of the prime causes, if not the prime cause, of the novel industrial condition in which the manufacturing nations find themselves.” One of the results of the “novel industrial condition” in America in 1885, was an unemployed class variously estimated at from one to two millions of men, the condition of many of whom as tramps, furnished subjects for some very sorry jests to the American press. Such facts as are here suggested, will show how a new country may soon be reduced to a condition which aggregated capital on the one hand and unemployed labor on the other, render little better than that of an old European State with its centuries of misery and oppression. And incidentally they also show that such a nostrum as emigration, if intended not as a palliative but as a solution, is simply quackery. The inference would seem to be irresistible. Just as fast as capitalists find it profitable to introduce improved machinery, as fast also will the helplessness of a growing number of the proletariat increase. The “unemployed” question is the sphinx which will devour us if we cannot answer her riddle.
The wonderful expansion of Lancashire perhaps affords the best illustration of the change from individual to collective industry. A cotton-mill in one of the dismal “hell-holes,” called towns in Lancashire, is a wonderful place, full of bewildering machines. Here is a machine called an “opener,” by which 15,000 lbs. of cotton can be opened in 56 hours. There is a throstle, the spindles of which make from 6,000 to 7,000 revolutions per minute. Here is a man who, with the aid of two piecers to take up and join the broken ends, can work 2,000 spindles. Among the distinct separate machines used are opener, scutcher and lap machine, drawing frame, slubbing frame, intermediate frame, roving frame, throstle, self-acting mule and hand mule, doubling frame, and mule doublers or twiners. By means of these appliances the following results have been attained. Within eight years, from 1792 to 1800, the quantity of cotton exported from the United States to Lancashire had increased from 138,000 lbs. to 18,000,000 lbs. In 1801 Lancashire took 84,000 bales of cotton from the United States; in 1876 she took 2,075,000 bales; and whereas in the former year only 14,000 bales came from India, in 1876 from that country came 775,000 bales, besides a great increase in Brazilian cotton, and a new import of 332,000 bales from Egypt. In 1805, one million pieces of calico were sold in the Blackburn market during the whole year; and that was considered a very large sale. In 1884, according to Ellison’s Annual Review of the Cotton Trade, there were exported 4,417,000,000 yards of piece goods besides the vast quantity produced for home consumption. In 1875, in place of the little cottages with their hand-looms of a century before, Lancashire contained 2,655 cotton factories with 37,515,772 spinning spindles and 463,118 power looms; and she produced yarn and piece goods to the weight of 1,088,890,000 lbs. and of the value of £95,447,000. See, too, how through the use of machinery the cost of production had been lowered. In 1790 the price of spinning the yarn known technically as No. 100 was 4s. per lb.: in 1826 it had been reduced to 6¹⁄₂d. The sale price of yarn No. 100 in 1786 was 38s.: in 1793 it was reduced to 15s. 1d., in 1803 to 8s. 4d., in 1876 to 2s. 6d. The decreased cost in each case followed on economy in production, itself dependent on increased differentiation in machinery; that in turn involving larger and larger capital, and that again necessitating aggregation and the crushing out of small concerns which could not command machinery or sell at a profit in competition with it.