14th century The history of mechanical music begins in Flanders. An ingenious bell ringer invents a cylinder with pins which operates cams, which then hit the bells.

1780 The mechanical singing bird is invented by the Jaquet-Droz brothers, clockmakers from La Chaux-de-Fonds. In 1848, the manufacturing of the singing birds is improved by Blaise Bontems in his Parisian workshop, to the point where it has remained unchanged to this day. Barrel organs become more popular.

1796 Antoine Favre, a clockmaker from Geneva, replaces the bells by combs with pre tuned metallic notes, which produce more varied and more precise sounds. Numerous musical objects are produced.

1811 The first music boxes are produced in Sainte-Croix; an industry which surpasses the watchmaking and lace industries, and rapidly brings renown to the town. At this time, the music box industry represents 10% of Switzerland's export.

1865 Charles Reuge, a watchmaker from the Val-de-Travers, settles in Sainte-Croix and begins making pocket watches with musical movements.

1870 A German inventor creates a music box with discs, therefore allowing an easier and more frequent change of tunes. It is also the golden years of automata. Already known in Egypt, they will be improved to become real works of art.

1877 Thomas Edison invents the phonograph, which has important consequences for the music box industry, especially around the end of the century.

1892 Gustave Brachhausen, who had been involved with the manufacturer of Polyphon disk musical boxes in Germany, sails for America to establish the Regina Music Box Company in New Jersey. Regina, whose boxes are renowned among collectors for their tone, becomes a success and some 100,000 are sold before sales cease in 1921.

Early 20th century The discovery of the phonograph, the First World War and the economic crisis in the 20's bring down Sainte-Croix's main industry and make the luxury music box completely disappear.

Located near Lake Neuchâtel, Reuge is one of the last of the Swiss survivors making music boxes of all sizes and shapes, with or without automatons in a modern style with clear acrylic sides to see the mechanical operation. They have in a sense branched out widely from their original cylinder offerings since they now also offer traditional looking music boxes with removable metal disks for around a 1,000 Euros, with each disk costing in the neighborhood of 14 Euros. The higher range boxes with removable cylinders and small assorted tables made of fine woods can cost up to 34,000 Euros and about an equivalent number of US dollars. They also sell several models of clear acrylic paperweights with a musical box movement inside, for a minimum of about 45 Euros. They have, however, discontinued the smaller movements.Old Reuge music boxes are worth thousands of dollars.

Sankyo Seiki In Japan started up in the aftermath of WWII, using the latest in automation. Modern production methods resulted in reasonable prices, producing company growth. Sankyo started with small movements, introduced 50 note movements by the late 1970's, and in 2006 is producing disc boxes playing discs as large as 16" (with two 80 note combs and reminiscent of the "Mira") and are also working on a dual cylinder 100 note movement. Sankyo now offers a wide variety of music boxes in Japan, and supplies movements to many other manufacturers and distributors. Some of these sell them retail (even online) to hobbyists for as low as 3 Euros each. Sankyo Seiki bills itself as the biggest manufacturer of music boxes in the world, and advertises that it controls 50% of the market. Recently, it has started selling licences for its music box tunes to cellular phone companies, for use as ring tones. The company is an industrial concern which also makes magnetic and hologram card readers, appliance components, industrial robots and miniature motors of all kinds.

The Porter Music Box company of Vermont produces steel disc music boxes in several formats. They offer clockwork, spring wound models as well as electric ones. They stand out by their continuing production of discs, with a selection of about a thousand tunes. The discs can also be played on many antique music boxes bearing the Polyphon and Regina brand names.

The small 18 note musical movements are now being made almost exclusively in countries with low labour costs such as China and Taiwan. Many of these productions are used in mobiles, child musical toys, and jewelry boxes.

An orchestrion is a generic name for a machine that plays music and is designed to sound like an orchestra or band. Orchestrions may be operated by means of a large pinned cylinder or by a Music roll and less commonly Book music. The sound is usually produced by pipes, though they will be voiced differently to those found in a pipe organ, as well as percussion instruments. Some orchestrions also contain a piano.

The name "orchestrion" has also been applied to three specific musical instruments:

A chamber organ, designed by Abt Vogler in 1785, which in a space of 9 cub. ft. contained no less than 900 pipes, 3 manuals of 63 keys each and 39 pedals.

A pianoforte with organ pipes attached, invented by Thomas Anton Kunz (1756-1830) of Prague in 1791. This orchestrion comprised two manuals of 65 keys and 25 pedals, all of which could be used either independently or coupled. There were 21 stops, 230 strings and 360 pipes which produced 105 different combinations. The bellows were worked either by hand or by machinery.

A mechanical musical instrument, automatically played by means of revolving cylinders, invented in 1851 by F. T. Kaufmann of Dresden. It comprises a complete wind orchestra, with the addition of kettle-drums, side-drums, cymbals and triangle.

A barrel organ is a mechanical musical instrument consisting of bellows and one or more ranks of pipes housed in a case, usually of wood, and often highly decorated. The basic principle is the same as a traditional pipe organ, but rather than being played by an organist, the barrel organ is activated either by a person turning a crank, or by clockwork driven by weights or springs. The pieces of music are encoded onto wooden barrels (or cylinders), which in a sense, replace the keyboard of the traditional pipe organ.

The pieces of music (or tunes) are encoded onto the barrel using metal pins and staples. Pins are used for short notes, and staples of varying lengths for longer notes. Each barrel usually carried several different tunes. Pinning such barrels was something of an art form, and the quality of the music produced by a barrel organ is largely a function of the quality of its pinning. This complex encoding of music was an early form of programming.

If you've made it to the bottom of this page I feel complimented because it means that something on this lens has peaked your interest, and that's why I made it. So now I'll tell you a little about myself.

As I said in my profile, I enjoy collecting and since I retired I've found that building these lenses is a great way to stay busy; And, I hope that I'm helping some of you out by gathering information on your favorite subject and putting it all in one place so you don't have to spend hours searching for it.

I spend part of my time designing t-shirts and buttons to help supplement my social security because, as many of you know, it's pretty difficult to make it on social security. My on-line t-shirt shop is called Dene's Place after my wife.

My "retirement" came a few years earlier than I would have liked because they found that I have an inoperatable tumor about the size of a softball in my right pelvic area. They still don't know what to do about it because for now it has quit growing. One of those "leave it alone and see what happens" type things.

Anyway, if you've made it this far, I'd appreciate it if you would check out Dene's Place to see if there's anything that you might like for yourself or as a gift. It helps me pay the bills!

Thanks for stopping by! Be sure to check out my other lenses when you have time.

Much of the information used here has been researched from Wikipedia, the free encyclopedia.

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