History of Fountain Pens Timeline

The modern fountain-pen nib is a direct descendant of 19th-century gold dip-pen nibs tipped with iridium. This lineage combined gold's corrosion resistance and flexibility with a hard, durable writing point.

During the 19th century, iridium-tipped gold nibs established the material foundation for later fountain-pen nibs, allowing a soft precious-metal nib to retain a wear-resistant point.

Stylographic pens became particularly popular during the decade beginning in 1875. They are now used mainly for drafting and technical drawing, but were once a notable alternative to conventional nibs.

Fountain pens from the first half of the 20th century are more likely to have flexible nibs. These nibs suited period handwriting styles such as Copperplate and Spencerian script.

Later fountain pens developed several distinctive nib forms, including hooded nibs such as those on the Parker 51 and Lamy 2000, inlaid nibs such as the Sheaffer Targa, and integral nibs such as the Parker T-1 and Pilot Myu 701.

Frederick Fölsch received the first English patent for a fountain pen in May 1809. The patent represented an early formal attempt to protect a practical self-contained writing instrument.

Joseph Bramah received a patent in September 1809 covering, among other features, an improved fountain-pen feed designed to help regulate the delivery of ink.

John Scheffer's 1819 patent produced the first fountain-pen design to achieve commercial success. A number of surviving examples of his Penographic demonstrate its historical importance.

Romanian inventor Petrache Poenaru received a French patent on May 25, 1827, for a fountain pen with a barrel made from a large swan quill.

In Birmingham, England, Josiah Mason improved a cheap and efficient slip-in nib in 1828. The nib could be added to a fountain pen and helped make practical writing instruments more affordable.

A new machine enabled William Joseph Gillott, William Mitchell, and James Stephen Perry to mass-manufacture robust, inexpensive steel pen nibs. The development helped make durable nibs widely available.

American inventor Azel Storrs Lyman patented a pen with a combined holder and nib in 1848, another step toward integrating the writing point with the pen body.

Scottish inventor Robert William Thomson invented a refillable fountain pen in 1849, contributing to the transition from experimental self-contained pens toward reusable commercial designs.

George Safford Parker released the Parker Jointless in 1898. Its barrel was made in one piece without a section joint, reducing the risk of leakage and ink-stained fingers.

Waterman began marketing a popular safety pen of its own in 1908, adding a commercially significant safety-oriented design to the expanding fountain-pen market.

Amazon reported that fountain-pen sales in 2012 had doubled compared with the same period in 2011 and were four times higher than in 2010, indicating renewed consumer interest.

Euromonitor reported that fountain-pen retail sales increased 2.1 percent in 2016 from the previous year, reaching $1.046 billion. The figures documented continued growth in the market.

Screw-mechanism piston fillers were made as early as the 1820s. Although the mechanism became especially prominent much later, these early examples established the basic principle of drawing ink into a barrel with a threaded piston.

John Jacob Parker patented a self-filling fountain pen in 1832. Its screw-operated piston provided a mechanical method for filling the pen from an ink supply.

The Eagle Pencil Company patented the first commercially successful ink-cartridge system for fountain pens in 1890. The system used glass cartridges to supply ink.

In the first decades of the 20th century, manufacturers introduced variations on sac-and-pressure-bar filling, including coin-fillers, matchstick-fillers, and blow-fillers.

Self-filling fountain pens began gaining popularity around the turn of the 20th century. The Conklin crescent-filler was particularly successful, followed by A. A. Waterman's twist-filler.

Introduced around 1901, the Conklin crescent filler was one of the first mass-produced self-filling fountain pens. A crescent-shaped pressure bar compressed the internal ink sac.

Slavoljub Penkala patented a solid-ink fountain-pen concept in 1907. The design was later connected with the development of Pelikan's piston-filling technology.

Image source: Slavoljub Eduard Penkala

Walter A. Sheaffer received a patent in 1908 for an improved lever-filling pen. The mechanism used a lever to compress the ink sac and became central to Sheaffer's later success.

Penkala's solid-ink fountain pen entered mass production in 1911, demonstrating the commercial interest in alternative ways to store and deliver writing ink.

Parker introduced a button-filler around the same period as Sheaffer's lever-filler. The contemporary design used a button to depress the internal pressure bar and fill the pen.

Introduced in 1912, Walter A. Sheaffer's lever-filler became a runaway success. Sheaffer's sales increased rapidly, and by 1920 the company was among the largest fountain-pen makers in the United States.

Hungarian inventor Theodor Kovacs held the patent for the modern piston filler by 1925. The technology was initially licensed to the Croatian company Moster-Penkala and later helped form the basis of the Pelikan design.

German office-supplies company Gunther Wagner introduced the Pelikan in 1929. It is regarded as the first modern screw piston-filling fountain pen.

Sheaffer introduced the Touchdown filler in 1949. Its pneumatic filling system used a telescoping piston and air pressure to compress the ink sac.

One of the most complex fountain-pen filling mechanisms appeared in 1952 with the Sheaffer Snorkel. A retractable tube allowed the pen to fill while keeping the nib out of the ink.

The Italian LUS Atomica was the first cartridge pen in 1952, but Waterman's C/F in 1953 brought cartridge filling to international attention and helped establish the cartridge as a major filling format.

Parker introduced a capillary filling system in the Parker 61 in 1956. The system used capillary action to draw ink into the pen without a conventional sac or piston.

Around 2000, Pelikan introduced a filling system using a valve in the blind end of the pen that mated with a specially designed ink bottle. The system was used only in the Level line.

Pelikan discontinued its Level line in 2006. The discontinuation ended the company's limited production of the valve-and-special-bottle filling system introduced around 2000.