|Return to Joseph Gillott||By
combining the text from The Trades and Manufactories of Great Britain published
in 1865 and the pictures from when The Prince of Wales visited Gillott's
factory in 1874 published in The Graphic, we can take a guided tour around
Joseph Gillott's pen making establishment
MESSRS. GILLOTT & SONS STEEL PEN MANUFACTORY BIRMINGHAM
The Manufactory in which sheets of steel are converted into flexible pens is a huge brick building, fronting Graham Street, at the top of New Hall-hill, so famous in the political annals of Birmingham for the monster meetings which used to be held there prior to the passing of the Reform Bill. An idea of the extents of the works may be formed from the fact that the journey through the various rooms is something like a quarter of a mile in extent. There are between five and six hundred girls, and a hundred men and boys employed in the establishment. Three steam-engines of some sixty horse-power, moreover, are required for the purposes of the works. We shall endeavour to make the subject comprehensible to our readers, by noting the process step by step, beginning with sheets of steel, and tracing the manufacture through all the stages necessary for the production of the perfect pen.
The steel used is made
from the best Swedish iron, and is brought from Sheffield in sheets. It
is then rolled to the necessary thinness and cut into slips of the width
of two pens. In order to bring it to this state, each sheet of metal has
to pass through ten or twelve rollings; the machines used in part of the
process having severally a pressure of not less than twenty tons. When
the metal is of the requiste size it passes to the cutting-out room, and
the slip is passed under a cutting-out press, first on one side, and then
reversed for the second pen. This part of the work is done entirely by
girls, and one girl can cut out about two hundred gross, or nearly thirty
thousand pens a day. The scraps left are melted down, so that nothing may
In the cutting-out room is a very beautiful self-acting machine, which cuts out two pens, and performs four operations at the same time. There is also in the same room an exquisitely constructed self-acting machine, invented by two of Mr.Gillott's sons, Mr. Joseph and Mr.Henry Gillott. This is a grinding machine, and it performs the two processes of cross and straight grinding at once. This is one of the most delicate operations in the manufacture, and the machine does its work in a most effective and perfect manner. We may add here that the tools for the business are made in this room - all the things required in the manufactory being made on the premises.
The next operation is what is called side-slitting; that is, cutting the slit on each side of the pen. It is curious to see the quickness with which nimble fingers of the girls accomplish this, as well as all the other parts of their work. With the exception of the two machines already noticed, which perform more than one operation at a time, each pen has been dealt with separately, in every stage of the manufacture; and when we bear in mind the small price at which a box containing a gross of pens can be bought, the fact that each pen has to pass through the girls' hands something like a dozen times, not to mention the other processes, it is evident that it must not linger long with any of them.
After the side-slitting has been done, the little bit of flat metal which is to form the future pen has to be pierced, that is to say, the central orifice down which the the ink flows through the nib has to be made. A self acting machine has been recently invented, which performs the two operations of side-slitting and piercing at once, but this has not yet been brought into general use.
Our pen having advanced thus far towards completion, the next process is that of annealing. It is next passed through a machine which at once marks the pen with the maker's name, and embosses it with the trade mark of the firm. During all these processes the future pen is simply a flat bit of steel, of a shape which merely indicates the future form it is intended to assume, but still a flat bit of metal with side-slits, the centre pierced, and marked as described. The next operation is to give the form of a pen, and this is called raising or binding. The small pens are raised at once, but the barrel pens require two operations before they are completed. This work is done as quickly as the other parts of the manufacture. A novel machine has been invented for this part of the process; a little girl places the pen on a round, moves the handle of the machine, and it falls into a box raised and ready for the next stage in it's stange eventful history.
We next pass to the room where the half raised barrel pen is rounded off. The raising process above described only raises the barrel up to a point where the barrel begins; these half raised pens, therefore, are next passed through a machine which closes the barrel. And here we must note a little fact which shows the importance of the annealing process. Unless this has been done properly, and the metal is of the proper temper, the barrel will not completely close, and the pen consequently has to be annealed again.
The next two processes are, perhaps, the most important and delicate of all. These are called hardening and tempering. After being raised, the pens are put in boxes, for the purpose of hardening, and placed in a muffle, and in this state are cast into a furnace, and subjected to a red heat. From the furnace they are emptied into pots of oil about five feet deep. The effect of this is to harden them, so at this stage they are as brittle as glass. After having been submitted to the oil bath they are put in a cylinder, which being made to revolve rapidly causes the metal to throw off all the superfluous oil, and renders the pen ready for the tempering process. It need scarcely be said that in order to make a good pen a good temper is as necessary as it is to make either a good man or a good women. But now that it has been baked in a furnace, drowned in oil, and whirled round to dry, the future pen is found to be most intracable. Its temper is so bad that at the slightest touch off it flies at a tangent, and goes to pieces immediately. Nevertheless, the ingenuity of man is too much for the britteness of the metal, and he now places the intractable article in a cylinder, and puts it over a fire, and by nicely graduating the heat destroys the previous brittleness, gives it the required temper, and turns it out with all the elasticity requisite for the discharge of its future duties to society.
Both these processes require great judgment, and much experience in the workmen. On the success of this part of the work depends, in a great measure, the future quality of the pen, its power to resist corrosion, its elasticity, as well as its ability to answer the demand which the `quick and ready writer' may afterwards make upon it. If well hardened and tempered, as those made by Messrs. Gillott invariably are, the pen will not unequal to the task imposed upon it, however fluent the ideas of the scribe may be.
Having been hardened and tempered, it is necessary that the pen should be cleaned, and this is the next process. To effect this desirable operation, the pens are placed in a cylinder containing saw-dust of either beach, box, or pine wood, and emery powder. The friction produced, as the cylinder revolves, causes the pens to lose their rough edges, smooths the points, cleans them, and turns them out ready for the final operations.
From its dusty, but effective, lavatory the pen is taken to the grinding-room. This room reminds the visitor of one of the machine-rooms of the Great Exhibition. It is of enormous length, and along either side there stretches a line of these grinding machines, in attending to which more than a hundred girls are employed. The grinding wheels are coated with emery, and this part of the work is, perhaps, the most delicate of all; indeed, it requires great skill and experience to perform it properly. The rapidity, however, with which it is done is not the least surprising part. Each machine has two wheels; one of these is for straight grinding, and during this process the pen is held length-wise as it laid on the wheel for an instant, when the work is done. The other wheel is for cross-grinding; that is to say, for grinding that part which is to form the nib; for this purpose the pen is layed cross-wise on the wheel; then, as before, in the briefest possible twinkling of the grinding wheel the operation is completed, the machines, at least, two thousand revolutions in a minute.
We next pass to the slitting- room. Here the nib is made. The machines which perform this operation have to be very carefully prepared. Two exceedingly delicate knives are fixed in the press, a pen is placed in the groove, and the handle of the press pulled, and lo! the slitting is effected with the utmost accuracy. This was to us one of the most interesting parts of the work. After the slit has been made you could write with the pen; in fact, the next two operations are required not so much for utility as for beautifying and making the article pleasant to look at. The first of these processes is called colouring. After the pen has been cut, side-slit, pierced, annealed, marked, embossed, raised, hardened, tempered, cleaned, ground, and slit, it is placed in another cylinder, and turned slowly over a fire. The operation is performed by hand, and it requires considerable experience to hit the exact moment when the desired colour is obtained. Different tints are obtained by different degrees of heat; and it is a very pleasant thing to see the pens assuming various colours as the cylinder is made gently to revolve. By this simple means every variety of hue is obtained. The first produced is the well-known bronze; the bright blue, purple, and other tints are produced by a longer application of heat. After the colouring operation, the pens are varnished and dried over a stove, to prevent them form corroding, when they are ready to be put into boxes and sent into the world to discharge their peaceful mission among men.
We now have the pen complete. But of what use is the pen without a holder? This is also made in Messrs. Gillott's manufactory. Every process is performed here. In the yard lies the timber which has been turned into the neat variform holder. This is first cut into pieces of from six to ten feet in length, and then into slips of the required width and thickness. These slips are sometimes the width of four, and sometimes seven holders. These are next passed through a machine, which at first only half completes the work, but which at the second operation turns the slip out ready for being cut up into holders of the proper length. This machine is admirably adapted for its work, and has been patented by Messrs. GILLOTT. They are then passed through a machine, to mark them, and next taken to the varnishing machine, where, after a sponge has given the necessary polish, they pass over an endless band to dry - all these operations being performed with great rapidity. When varnished, they are cut to the proper lengths by a small circular saw.
The next process is a very interesting one. The holder, which is now of the length required, but is still only a short bit of varished wood, is placed in a self-acting machine, which, at the same time, rounds off the top end, and clips or presses the other ready for the reception of the barrel of the pen. The spiral, the serpentine, and other ornamental designs with which the holders are frequently adorned, are made by a self-acting machine, through which they are passed; the tube which works the ornament being a kind of mould that, by the force of the pressure, produces its pattern on the wood. The machine by which this is done is another admirable specimen of the inventive skill applied to the various departments of this manufactory. If a broken holder should get into the tube there is no fear of accident or injury to the machine; on the slightest irregularity occurring a spring is touched, which causes the machine to remain inactive until the impediment is removed.
Both of the last-mentioned processes are effected by self-acting machines, which have only to be supplied with work, and require no attendance until each job is executed. The holders are placed in their proper position; then one after another they slide into the groove, are taken through the machine, and, when finished, are dropped into a box of exactly their own length; and thus the work goes on and on until the box is full - each box containing about fifteen gross of holders.
We have now the pen and the holder ready for each other, and they are now only to be arranged for the market. Some are placed on cards, but the greater part are sent to the world in boxes. These boxes are also made on the establishment, and the work is simple, easy, and pleasant. Every reader is familiar with the many elegant designs which render some of these boxes so attractive. The mode of manufacture is, of course, similar to that used in workshops in which such articles alone are made, and of which a full description will be given in our papers devoted to that subject. We mention the matter here simply to show the completeness with which the work is done at at the establishment we are now describing.
Before we leave the workshops we must bear our willing and hearty testimony to the care which is taken of the health of the persons employed by Messrs. GILLOTT. All the rooms are airy, light, lofty, well ventilated, and scrupulously clean. The utmost order and decorum reign everywhere. The girls are neatly and cleanly dressed, and their good taste is shown in the fact that in every window there are small trees and flowering plants, which, in the spring, summer, and autumn months, make their work-rooms almost like gardens for fragrance and beauty. Nothing can exceed the good effect which such kindly care must have on the workpeople. The sense of the importance of cleanliness is seen in every department. Even in those in which oil is used, as in the tempering and in the engineering branches of the business, there is neither stench nor dirt.
We may add here that all the girls are paid by the piece, and nothing more clearly illustrates the difference in their capacities than the difference in the amount of their earnings.
Nor should any one quit these works without spending a little time examining the three large cases of pens in the warehouse. The cases are covered with glass and in each of them there are upwards of three thousand pens. The pens are arranged in a very artistic manner, so as to produce a really pleasant effect. Here are pens of every kind and description, shape and make, size and colour. In one of these cases are specimens of the largest and the smallest pens that have been ever made. Some idea of the difference between these extremes may be formed when we mention that the smallest are just discernible by the naked eye, and that upwards of three million of these Liliputian instruments would be required to form the Brobdignagian one that is placed beside them.
It would be unjust were we to close this brief account of a munufactory which produces upwards of a hundred millions of pens in the course of each year, without expressing our earnest obligations to Messrs. GILLOTT for the great readiness with which they permitted us, without reserve, to witness all the processes, and to inquire into all the mysteries of their business, or without thanking specially Mr. H. Gilbert and Mr. W. R. Ward, by whom we were accompanied on our tour of inspection, and who with a patient anxiety to give us the fullest information, pointed out every part of the manufacture, even to its minutest detail.
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