The Journey of Digital Type

Carl Shank • June 13, 2021

It all started with Gutenberg. Johannes Gutenberg’s 42–line Bible unleashed a typesetting revolution transforming movable type into today’s digitized computer formats. The printing press, Gutenberg, and the Bible have all played a primary role in the type you see everyday. As a matter of fact, Gutenberg could be credited with the printing "reformation." Movable type, that is, individual pieces of type for each letter, had been used by the Chinese, Koreans and Japanese. Yet, Johannes Gutenberg’s work stands out in both art and printing history as the first exquisitely, practically produced print job.


Type styles the reflected the scribal penchant for bold, heavy script letters. As art and technology grew together, the “modern” style developed with serifs and contrasting thick and thin strokes, such as seen in Adobe's Caslon Pro font — ABCDEFGHIJKLMNOPQRSTUVWXYZ abcdefghijklmnopqrstuvwxyz 1234567890.  With the nineteenth century, and the Industrial Revolution, Ottmar Mergenthaler’s Linotype (1886) introduced mechanical typesetting through the use of a keyboard control device. More styles of type followed for the growing business of mercantile advertising. Most of these typefaces followed the “serif” style, but the Bauhaus Design School in Germany, as well as the Art Deco style, gave us “sans serif” faces, such as the ever popular Helvetica. Designed by Max Miedinger in 1956 — ABCDEFGHIJKLMabcdefghijklm1234567890. Helvetica can be seen on road and street signs. It was later included as one of the first Apple LaserWriter fonts.


Individual letters of type striking paper through an inked ribbon took hold as the typewriter flooded the business market. But, the letters were monospaced, uninteresting, and unequalled to the printed page. In seeing the importance of typefaces as communication, IBM introduced the IBM Executive typewriter in 1954. Now the office typist could use special fonts and even true proportional spacing. The copy also looked much better than the traditional typewritten efforts.


Another step toward professional typesetting came in 1961 when IBM came up with the Selectric and a variety of interchangeable type balls. The IBM Selectric Composer became the typesetter of choice. Text was typed onto a magnetic roll of tape and the roll was then placed in the Composer, a key pressed and there it was—justified, book-like text that looked really sharp! But, the font choices were severely limited and the Composer only produced certain limited sizes of type. Headlines and other display faces had to be set differently.


Through the efforts of Rene Higonnet and Louis Moyroud in 1949, their machine, the Photon, helped push typesetting toward photocomposition. This electronic method of setting type directly on light sensitive paper started the “cold” typesetting revolution. Faster and more flexible than all previous technologies, photocomposition freed typesetters from the physical limitations imposed by hot-metal type processes.


Digital phototypesetters introduced in 1972 projected letterforms onto a CRT (cathode ray tube). This type image was then flashed onto photosensitive paper. Soon the electron beam was turned on a drum generating an electrostatic charge. Toner particles, attracted to the charged areas, were fused onto paper by heat. Dry typesetting had begun, and the laser printer was born.


Apple Computer, in its development of the Macintosh computer in the early 80’s, also introduced the Apple LaserWriter™ and the LaserWriter Plus. Using a new tech-nology called “Postscript,” licensed from Adobe Systems, a built-in font description language in the Laser-Writer’s ROM (read-only memory) converted screen fonts on the computer screen, through a mathematical process, to 300 dpi (dots-per-inch) output.


Users wanted, and soon got, true WYSIWYG (pronounced wizzy-wig— what-you-see-is-what-you-get) operating environments. With the advent of Adobe’s ATM (Adobe Type Manager™), and Apple’s TrueType fonts, the on screen font “jaggies” were replaced by the outline representation of the font, so that the screen faithfully represented the final printed output. Fonts could be “downloaded” per job to the Post-script printer, even if the printer did not have the specified fonts inherent in its ROM files.


“QuickDraw” gave the added advantage of producing laser-like output even from a nonPostscript printer. With QuickDraw, the font outlines are processed by the computer and sent to the printer for output. Software packages now skew, bend, shrink, condense, expand, rotate and manipulate typeforms.

Apple’s System 7.x and Windows 3.1x included several TrueType fonts that were installed with the system software. What a journey to digitized type—and it’s not over, as indicated in other blogs on this site.

Successful Layout & Design

Typography and Religion in the De Stijl Movement

By Carl Shank • July 8, 2025
The De Stijl (Dutch for “The Style”) typographical and art movement emerged around 1917 and significantly influenced modern art, design and thought itself. In the wake of the chaos of World War I, the movement sought to express a new vision of harmony and order. De Stijl was not just an art style, but a comprehensive aesthetic philosophy. It sought universal beauty, as abstracted from individual beauty, and a visual language and typography based on simplicity, geometry and primary colors, namely red, blue and yellow. Its core characteristics were the use of straight horizonal and vertical lines, the use of rectangles and squares, an emphasis on asymmetry, and the favoring of pure abstraction. De Stijl was deeply influenced by the philosophy of Neo-Plasticism, a theory developed by Piet Mondrian, which sought to depict reality in a pure, universal form. Behind this philosophy was the religious thrust of Theosophy, particularly the spiritual writings of Helena Blavatsky (1831–1891) and Rudolf Steiner (1861–1925).

Font Restoration Mechanics

By Carl Shank • May 13, 2025
Font Restoration Mechanics. Let me begin by giving an example from the world of theology, my first love and profession. Many people, even many non-Christian people, know that we are saved “by faith.” But faith in what or who? Well, faith in God. But this is imprecise. It is faith in Jesus Christ the Bible tells us. But once again, this too can be mistaken as just an intellectual nod of the mind toward Jesus without a real life change or transformation. More detailed biblical discussion, with appropriate distinctions, must be made so that we don’t make “faith” a human, works-based activity we do to please God. Or some existential “experience” with no definable qualities. Digging even deeper, faith saves no one, though it is absolutely necessary for salvation. It is Jesus Christ who saves. Faith becomes an “instrument” of salvation. Theologians have been unpacking this salvation “by faith alone” for centuries. Books and “how-to” sermons have been written and preached and taught here. Do you see the tremendous amount of refinement that “faith” requires? Precise typography claims similar distinctions and refinements in letter development and typeface creation. CARE Typography has been able to restore older hand-drawn fonts from various sources to modern digital typefaces. One of those most prolific sources has been from Alphabets Old and New — For The Use of Craftsmen, With An Introductory Essay on ‘Art in the Alphabet’” by Lewis F. Day, London, 1910.There is a wealth of older fonts shown by Day, one of them being a Roman Forum font from an old Roman Forum engraving. It might be thought that to copy and paste the letters and import them into a font design program, like FontLab’s Fontographer, is simple and rather straight-forward. Not so. From a font designer’s work, the transfer from a screenshot of an old book to a clear and professional open type font (SEE my Blog on “Open Type Fonts” in “More About Fonts” March 9, 2021) takes care and lots of work. It is both tedious and time intensive. The details of such work are often overlooked. Here’s an inside look at such work.
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