Edison Records
| Company type | Private |
|---|---|
| Industry | Sound recording and reproduction |
| Predecessor | National Phonograph Company |
| Founded | 1888 |
| Founder | Thomas A. Edison |
| Defunct | 1929 |
| Fate | Ceased production of records |
| Successor | Thomas A. Edison, Inc. |
| Headquarters | West Orange, New Jersey , United States |
| Products | Phonograph cylinders, Diamond Disc records |
Edison Records was among the earliest innovators in sound recording and reproduction and played a significant role in the formation of the original recording industry. The company commenced production of phonograph cylinders in 1888 and subsequently manufactured wax cylinders alongside vertical-cut Diamond Discs through its National Phonograph Company, which reorganized as Thomas A. Edison, Inc. in 1911. Prior to 1910, recordings did not credit individual performers. By the 1920s, Edison Records lagged behind rivals in both technology and artist appeal, leading to the cessation of production in 1929.
Prior to commercially mass-produced records
Thomas A. Edison invented the phonograph in 1877, initially utilizing tinfoil sheets for recording. Early phonographs were primarily demonstrated by salesmen who charged fees for performances, but their practical application was limited and public interest waned. Edison then concentrated on electric lighting innovations for almost ten years before resuming efforts to enhance the phonograph.
Origins of the commercial record industry
In 1887, Edison refined the phonograph and introduced wax cylinders approximately 4 inches long and 2¼ inches in diameter, which soon became the industry benchmark. These cylinders originally played about three minutes at 120 RPM; later increases in speed enhanced audio fidelity but shortened playback time to roughly two minutes and fifteen seconds. The first commercial wax entertainment cylinders appeared in 1889, primarily targeting venues such as amusement arcades and saloons equipped with coin-operated phonographs.
By 1895, more affordable spring-driven phonographs designed for household use expanded the market for recorded entertainment cylinders. Blank cylinders allowed users to make personal recordings, including applications for business dictation. Edison's business-oriented phonograph, known as The Ediphone, developed independently from home models to support professional dictation needs.
Edison also holds the distinction of recording the first commercially released African-American vocal group: the Unique Quartet.
Mass production of cylinders
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A notable technological breakthrough at Edison Laboratories involved mass-producing pre-recorded phonograph cylinders using molds with slightly tapered forms and contracting materials. Despite this innovation, it took several years before its commercial viability was realized. Initially, regional Edison distributors met demand through mechanical duplication of limited batches. Molded cylinders gained significant market presence only by the late 1890s, initially serving as pantograph masters.
Prior to metal cylinder use, Edison employed paraffin paper in production. The consolidation of mass manufacturing at Edison's recording studio in New Jersey ended local retailers’ practice of producing small regional batches, centralizing the U.S. recording industry around New York City and New Jersey—the hub of Tin Pan Alley.
In 1902, Edison's National Phonograph Company introduced Edison Gold Moulded Records, hard black wax cylinders capable of hundreds of playbacks. These "Edison Hi-Speed Extra Loud Moulded Records" operated at 160 RPM, an increase from previous speeds of 144 RPM (1898–1902) and 120 RPM (1889–1897). Before 1898, the standard speed was 125 RPM.
The year 1908 saw the launch of Amberol cylinders, which doubled playback duration to four minutes by narrowing grooves and placing them closer together. New phonographs and attachments were designed to accommodate Amberol records.
In November 1912, Blue Amberol Records were introduced; crafted from a durable plastic akin to celluloid developed by Edison laboratories. The inaugural release was number 1501, Rossini's Semiramide overture performed by the American Standard Orchestra. Blue Amberols offered enhanced durability with a claimed lifespan exceeding 3,000 playbacks. That same year also marked the introduction of the Edison Disc Record.
Starting in 1910, records began featuring artists’ names; prior to this change, Edison emphasized composers and song titles rather than individual performers.
The successor company Thomas A. Edison, Inc., which followed the National Phonograph Company, continued selling cylinders until withdrawing from the record market in November 1929. From January 1915 onward, cylinder releases were typically duplicates of commercial discs intended for customers who retained older phonographs.
Materials and manufacturing techniques for cylinder records
The cylinders produced in 1888, commonly referred to as "yellow paraffin" cylinders, did not actually contain paraffin wax. Instead, they were composed of a blend probably formulated by Edison chemist Jonas Aylsworth, incorporating ceresin wax, carnauba wax, stearic acid, and beeswax. These initial records were relatively soft when new but gradually became harder over time. Playback required the use of the model B reproducer, as later reproducers caused rapid groove damage.
By late 1888, experiments with metallic soaps such as lead stearate took place but these compounds decomposed under heat. In 1889, Aylsworth introduced an aluminum wax mixture containing acetate of alumina and stearic acid, which improved durability though it remained susceptible to decomposition due to variable stearic acid quality and moisture uptake. To harden the wax further, ceresine and sodium carbonate were added, and extended cooking times removed acetic acid residues responsible for fogging. Beginning in 1896, hydrated alumina replaced acetate of alumina, enhancing both record quality and manufacturing efficiency.
The Columbia Phonograph Company initially utilized Edison blanks until 1894; however, after the dissolution of the North American Phonograph Company, Columbia had to create its own formula. The company employed former Edison staff members and experimented with various wax alloys but encountered persistent issues with fogging and material breakdown. Ultimately, soap manufacturer Adolph Melzer developed a similar formula that incorporated cocinic acid as a stabilizing agent.
In 1901, Edison and Aylsworth refined the Gold Molded process for mass production, aided by Walter Miller’s contributions. Early cylinder duplication depended on performers repeating takes or mechanical linkages like the pantograph system, which used paired playback and recording styli under tension control.
Starting in 1888, Edison explored Vacuum Deposited Gold masters; however, initial efforts failed due to groove shapes that compromised sound fidelity. The Gold Molded technique involved coating a wax master with gold via vacuum deposition, reinforcing it with copper backing, then melting out the wax to form a negative metal mold. This negative was used to produce "mothers" and subsequent working molds for large-scale replication.
Gold Molded cylinders employed an aluminum-based wax akin to the post-1896 Edison brown wax but included additional ingredients such as carnauba wax, pine tar, and lampblack to enhance toughness and gloss. Heated molds fitted with mandrels were dipped into molten wax before being cooled in lukewarm water, inducing shrinkage that facilitated removal. The records then underwent trimming, drying, cleaning, and uniform shrinking on warm mandrels—a method developed by Aylsworth.
In 1908, Edison launched Amberol Records, which offered over four minutes of playback by utilizing a harder wax compound produced through the same Gold Molded process. By 1912, celluloid replaced wax in Blue Amberol Records. This process involved steam-jacketed molds combined with an air bladder that expanded celluloid tubing against heated molds to imprint grooves. After cooling and shrinking, plaster was poured inside the tubing to provide support during baking. The finished discs were cleaned and prepared for distribution.
Edison disc records
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After three years of development responding to consumer preferences shifting towards discs rather than cylinders, the Edison Diamond Disc Record was introduced in October 1912. These thick discs recorded sound vertically at a density of 150 grooves per inch (GPI), allowing up to five minutes of playtime on a 10-inch disc—longer than lateral-cut competitors—and delivering superior audio clarity when played on Edison Diamond Disc Phonographs. However, their higher cost and incompatibility with other players limited widespread adoption. Nevertheless, Edison Discs ranked third in U.S. sales behind Victor and Columbia Records.
Material shortages during World War I resulted in discs of diminished quality with increased surface noise and contributed to Edison's declining market share. Prior to the war, Edison promoted his phonographs through marketing campaigns featuring renowned singers and vaudeville acts performing alongside Edison records in "tone tests" designed to showcase sound fidelity—one notable event occurred at Carnegie Hall in 1916 featuring Metropolitan Opera soprano Marie Rappold.
Material improvements after the war temporarily restored Edison's position in the industry with sales peaking around 1920 before declining again. In 1926 Edison introduced a long-playing disc with a groove density of 450 GPI offering extended durations (24 minutes for a 10-inch disc; 40 minutes for a 12-inch), but fragile grooves and low volume hindered its commercial success. Edison was also the last major label to adopt electrical recording technology in August 1927—over two years after competitors like Victor and Columbia had transitioned.
To rejuvenate its catalog, Edison recorded popular dance orchestras (such as B. A. Rolfe, Harry Reser), jazz musicians (Eva Taylor, Clarence Williams), radio personalities (Vaughn De Leath, "The Radio Franks"), as well as classical artists including pianists E. Robert Schmitz, violinists Arcadie Birkenholz, tenors José Mojica, and baritone Mario Basiola. Despite these efforts and relocating studios in 1929, both sales figures and company morale declined; one executive remarked that Edison discs had been unprofitable since their introduction—accumulating losses exceeding $1.3 million over five years.
In 1928 Edison commenced production of "Needle Cut" lateral-cut records aimed at competing with standard 78 rpm discs. Although several hundred masters were prepared by early 1929, only about 100 titles reached commercial release before record production ceased entirely in October 1929. Despite audio quality comparable to rivals', limited distribution channels and shrinking market share prevented significant success.
Following withdrawal from the record industry, Edison reassigned staff to radio manufacturing operations. Remaining masters and molds—including unreleased experimental recordings—were acquired by Henry Ford for his museum collection; these materials have since been transferred to the Edison Historic Site in New Jersey. Portions of the Edison catalog have entered the public domain and are accessible through the Library of Congress.
See also
External links
- Early Edison Cylinder Recordings featured in the National Recording Registry, including detailed descriptions, audio samples, and transcripts
- Cylinder Preservation and Digitization Project hosted by the University of California, Santa Barbara Library, providing online streaming and downloadable files of more than 5,000 cylinder recordings
- Edison Discs available through the Library of Congress website
- Edison Records accessible via the Internet Archive's Great 78 Project