Tag: Monotype

  • Pathé: Monotype Portraits

    Pathé: Monotype Portraits

    A delight­ful film of the cre­ation of Mono­type por­traits.  I can’t remem­ber where I found the admit­ted­ly-poor-qual­i­ty image in the head­er, but I think that would have been the out­put.

     

  • Monotype: The Wolpe Exhibition

    A won­der­ful exhi­bi­tion from Mono­type at the Type Archive on the work of Berhold Wolpe, per­haps most famous for the beau­ti­ful Alber­tus.

  • Monotype’s New ​“Eric Gill” Series

    Monotype’s New Eric Gill” Series

    Mono­type have released their new Eric Gill Series’, a re-cre­ation of Gill and Joan­na faces and their vari­ants.

  • Hand & Eye Letterpress, London

    Hand & Eye Letterpress, London

    Phil Abel runs Hand & Eye Let­ter­press, Lon­don.

    6 Pinchin Street, Lon­don E1 1SA

    Establishing Hand & Eye: Phil’s Account

    For most of the time I owned it, my Arab plat­en lay in pieces.

    My part in its sto­ry starts with a fire in a local school which result­ed in the print room being dis­man­tled. Some years lat­er, in the late 1970s, they were keen to clear out the old equip­ment and a chance meet­ing with the art teacher led to them offer­ing it to me. Round­ing up a group of friends to help with the move, I came away with my first full-size cas­es of type, two stones, sev­er­al Mod­el platens, a small trea­dle plat­en and the crown folio Arab.

    All of this was heavy, of course, and dif­fi­cult to move, but the hard­est of all was the stripped-down Arab. There were two great pieces of cast iron, both heav­ier at one end and so par­tic­u­lar­ly awk­ward to lift and car­ry. To make mat­ters worse, one of them was hinged. Some of it was paint­ed roy­al blue, but where the met­al was bare it was coat­ed with a thin lay­er of rust. We man­aged to lug all this down the steep steps into my moth­er’s cel­lar, none of us imag­in­ing that it would sty there for six or sev­en years.

    This was quite a haul for me. I had start­ed print­ing on an Adana 8 x 5 with a few minia­ture cas­es of Times New Roman and Palace Script. Now I had more press­es than I could pos­si­bly use and copi­ous sup­plies of Baskerville and Gill Sans. There were var­i­ous plans for set­ting this all up and using it, but they came to noth­ing. Grad­u­al­ly homes were found for the oth­er press­es, leav­ing me with the Arab and the type, cab­i­nets and stones. At first the type was sort­ed and print­ed on the Adana, but as I became more involved in work and house ren­o­va­tion that trick­led to a halt.

    Then my employ­ers and I part­ed com­pa­ny. I rel­ished the free­dom, applied unsuc­cess­ful­ly for a few jobs and won­dered what to do with myself. I was about to turn thir­ty, and reck­oned that if I did not try print­ing for a liv­ing then I might nev­er have anoth­er chance. Four months after becom­ing unem­ployed I opened the doors of Hand & Eye Print­ing.

    The name, sub­se­quent­ly changed to Hand & Eye Let­ter­press, was cho­sen to reflect the phi­los­o­phy behind the ven­ture. Inter­est­ed in the idea of craft work, I had read about Eric Gill and his views on the sub­ject. They res­onat­ed with me, and I hoped the name would con­vey my inten­tion to pro­duce job­bing print­ing to high stan­dards.

    It seemed that the Arab fit­ted in with this well. Trea­dle pow­ered, I thought it would help avoid the evils of machine made things that Gill warned against. The fact that it was pow­ered by a renew­able ener­gy source, name­ly myself, also appealed.

    There remained the ques­tion of how to con­vert the sev­er­al pieces of met­al and wood into a work­ing print­ing press. Indeed, I had no idea whether the machine was com­plete. A print­ers’ engi­neer was rec­om­mend­ed to me, and he sur­veyed what I had and thought it would work. He knew about trea­dle platens, hav­ing crushed the end of one of his fin­gers in one as a boy.

    Ear­ly one snowy Jan­u­ary morn­ing the machine back came up those cel­lar steps and was tak­en to my new work­shop in the East End of Lon­don. Liam had been right, and that after­noon it was in one piece. How­ev­er, the rollers had long since per­ished so I could not print any­thing on it, and the guard was incom­plete, but the machine turned over. I decid­ed I could work with­out the guard, and Liam intro­duced me to the ven­er­a­ble and local firm of Har­rild & Part­ners, who had the rollers recov­ered for me. He also sowed the seeds of the Arab’s demise.

    Teas­ing me a lit­tle, he said I would real­ly have arrived when I had a Hei­del­berg plat­en, and told me how a min­der used to run three of them at once: one on a long run, one on medi­um runs and one on short runs. Although I nev­er expect­ed to have that amount of work my imag­i­na­tion was fired. What I did not then realise was that you can turn out a lot of work that way but it is unlike­ly to be very well print­ed.

    Just as I was get­ting my new busi­ness organ­ised Matrix 4 was pub­lished. I did not know the jour­nal then, but I was told about the arti­cle on the Arab in that issue. For­tu­nate­ly I was still able to find a copy by the time I heard about it. Geof­frey Osbourne’s piece was of great inter­est, and his list of ser­i­al num­bers told me that my machine had been built in 1911.

    Once the new rollers arrived I had the painstak­ing job of adjust­ing the impres­sion. I imposed a full forme with new type at each cor­ner and adjust­ed the four impres­sion bolts behind the type bed to get an even impres­sion. Then I had to do some­thing about the roller tracks. The leather that had orig­i­nal­ly cov­ered them was old and tat­ty and a replace­ment had to be found. See­ing some dis­card­ed car­ton straps in the street one day I realised it was about the same width as the tracks. After pack­ing out with strips of board and paper the rollers ran along it at the right height.

    Up till then all my print­ing had been done on the Adana. I knew it was not big enough to pro­duce the qual­i­ty I want­ed, but had no idea how for­tu­nate it was that the Arab had come my way. Its great advan­tage was that the plat­en piv­ots right down by the floor rather that near its own base. Con­se­quent­ly as the machine turns over the plat­en is almost par­al­lel to the type bed as it approach­es it. The press is there­fore more for­giv­ing of incor­rect pack­ing of the plat­en than, say, a Hei­del­berg. This was a les­son that only came home to me lat­er in my career.

    The machine pro­duced some nice work once was it was set up prop­er­ly and I had got used to han­dling it. Look­ing back, it is amaz­ing to remem­ber that it print­ed the text of cat­a­logues for a West End art gallery. Some­times the sheet required was big enough to over­lap the plat­en, but since it was hand fed this did not mat­ter. I became adept at inter­leav­ing and could turn out a thou­sand sheets an hour. The trou­ble was that the tread­ling was dam­ag­ing my knee. By the end of the first year I had to get larg­er premis­es and a motorised press. It took anoth­er year, but even­tu­al­ly I had both.

    Although the new place was two and a half times the size of the old one I had filled it up before I even moved in. I had bought two proof­ing press­es and a guil­lo­tine as well as a Hei­del­berg plat­en. The Arab was squeezed into the front by the win­dow onto the street. It must have been many years since a trea­dle plat­en could be seen in oper­a­tion in Clerken­well, a tra­di­tion­al home of Lon­don print­ers. It attract­ed a lot of atten­tion, par­tic­u­lar­ly from for­mer comps and min­ders who had moved onto oth­er careers. It brought in quite a lot of work, too.

    Quite by chance, the engi­neers from whom I had bought the Hei­del­berg were in the process of clear­ing out the premis­es of the recent­ly demised Excel­sior Print­ing Com­pa­ny. One win­ter evening they took me up to the dark dingy build­ing in Edmon­ton, where I found some rem­nants of their han­dling of the Arab. There were parts lists and brochures, one of them a splen­did item com­plete with rib­bon and tas­sel. I kept them for some time until I realised that St Bride’s Print­ing Library was a bet­ter place for them than in my fil­ing cab­i­net.

    It took some time to learn to get a decent result from the Hei­del­berg but as I did the need for the Arab declined. My plan had been to have it motorised, but even­tu­al­ly I realised it would have to go. A sen­ti­men­tal attach­ment to it was over­ruled by the dis­cov­ery that I could fit a Ver­ti­cal Miehle into its space. They could be picked up for next to noth­ing and it would allow me to print a big­ger sheet. I found one in due course, and looked for a home for the Arab. Scrap­ping it would be a last resort, so I adver­tised it in Exchange & Mart. The deal­er who answered was plan­ning to export it to Sri Lan­ka, where it would not be both­ered by the high tem­per­a­ture and humid­i­ty. I like to think of it out there still, run­ning as well now as it did when it was made more than nine­ty years ago.

  • Metal Type: Monotype Recorders

    Metal Type: Monotype Recorders

    An amaz­ing project by Dave Hugh­es and John Cor­nelisse to scan the back copies of the Mono­type Recorder.  The Mono­type Recorder both set the stan­dard and doc­u­ment­ed the advance of typog­ra­phy at the hands of this firm and these PDFs will make fas­ci­nat­ing read­ing.  Thanks, both!

  • Semple Press: Invitation from the Meynells

    A love­ly sto­ry, and even bet­ter Mono­type bor­der, from Alix and Fran­cis Meynell over at the Sem­ple Press.

  • MacTronic: Monotype Typesetting from Computer

    MacTronic: Monotype Typesetting from Computer

    Mac­Tron­ic is a hybrid of com­put­er and Mono­type set­ting.  Har­ry McIn­tosh’s sys­tem replaces the Mono­type key­board with a com­put­er and dri­ves the cast­er with com­put­er sig­nals and not paper tape.  The result is a sys­tem that allows text to be pre­pared and then sent direct­ly to the cast­er to pro­duce brand-new per­fect types.  This arti­cle looks in a lit­tle more detail at how the sys­tem works.

    Monotype Casting

    Pro­duc­ing Mono­type mat­ter orig­i­nal­ly need­ed the text to be keyed on a com­pressed-air pow­ered key­board which punched holes in paper tape. The air going through these holes posi­tioned the matrix-case over the sta­tion­ary mould to obtain the required char­ac­ter. Because of the dif­fer­ences between faces, dif­fer­ent sets of key­bars, stop­bars, etc. were need­ed for each face to account for spac­ing and width of each char­ac­ter. For exam­ple, the width of a Gill Con­densed W is small­er than a Latin Expand­ed W. As the cast­er need­ed to know where each line end­ed the width of each char­ac­ter had to be record­ed: hence the need for dif­fer­ent key­bars, etc. A change of type size or type­face with­in the process would need oth­er key­bars, etc. to be used — for exam­ple, in head­ings with­in a report, foot­notes, Greek, etc.

    The orig­i­nal sys­tem also demand­ed that the oper­a­tor had an under­stand­ing of where and how to break each line, and they relied on a rotat­ing indi­ca­tor (Jus­ti­fi­ca­tion Drum) at the top of the key­board to help them. As there was no mon­i­tor or hard-copy out­put (aside from the paper tape) errors or cor­rec­tions could only be made once the type had been cast.

    In sum­ma­ry the orig­i­nal approach need­ed a key­board plus key­banks, key­bars, etc. for each face and the oper­a­tor to have a high degree of accu­ra­cy and judge­ment to get the paper tape right.

    MacTronic

    This is a hybrid of com­put­er and Mono­type set­ting. Har­ry McIn­tosh’s sys­tem replaces the Mono­type key­board with a com­put­er (PC only at the moment) and dri­ves the cast­er with com­put­er sig­nals rather than paper tape. The result is a sys­tem that allows text to be pre­pared and then sent direct­ly to the cast­er to pro­duce brand-new per­fect types. This arti­cle looks in a lit­tle more detail at how the sys­tem works.

    In the ear­li­er ver­sions of Mac­Tron­ic, the com­put­er was used to dri­ve a Mono­type elec­tron­ic tape punch­ing machine and the tape was fed to the cast­er. Har­ry still uses the same punch-unit and cur­rent direct-to-cast­er soft­ware to sup­ply spools of tape for cus­tomers who want to cast type on their own cast­ers.

    Har­ry lat­er devel­oped a direct inter­face: a sys­tem of com­pressed air valves con­trolled by com­put­er attached to the head of the cast­er: open­ing valves to allow com­pressed air to flow to the required matrix-case stop but­tons and so repli­cat­ing the orig­i­nal action of punch-holes in the paper tape.

    Text Preparation

    Text from the author is import­ed into InDesign/OpenOffice Writer. Har­ry then replaces the author’s faces with his own com­put­er fonts that are faith­ful repli­cas of the Mono­type cast faces, along with the type size, text width, etc. This step is need­ed because stan­dard PC Baskerville, for exam­ple, is slight­ly dif­fer­ent to Mono­type Hot-met­al Baskerville. Any minor changes need­ed at this point are made: hyphen­ation, line length, etc. and InDesign/OpenOffice Writer now show on-screen what the Mono­type cast­er will pro­duce. At this point a PDF can be cre­at­ed and returned to the author so that they can see what the final­ly cast out­put will look like. After any text changes have been made, a Hot-Met­al Plug-in is used to cre­ate a usable Mac­Tron­ic file — this pre­serves the new for­mat­ting, includ­ing spac­ing, tables, align­ment, line-end­ings, etc. Har­ry’s web pages lists the faces he has avail­able for cast­ing, but Mac­Tron­ic can cope with any Mono­type face -– all that is need­ed is a matrix-case, wedge and char­ac­ter unit-val­ues or matrix case arrange­ment.

    Preparation to Cast

    This file is then sent to the Jus­ti­fi­ca­tion Pro­gram that con­tains an elec­tron­ic ver­sion of the required matrix-case; pre­de­ter­mined line-length gal­leys per file are pro­duced and can be used to cast type or pro­duce punched tape. Any dif­fer­ent type sizes or type­faces are sent to sep­a­rate files, and equiv­a­lent spaces (usu­al­ly cap X’s and low­er­case i’s) are left in main text for man­u­al inser­tion -– more than one line is indi­cat­ed once only. The wedge set­tings and char­ac­ters can be mod­i­fied with­in the elec­tron­ic matrix-case.

    Casting

    The gal­ley punch files are sent to the Cast­er Dri­ver Pro­gram that sends the cast­ing instruc­tions via USB to the Mac­Tron­ic Inter­face. From here every­thing fol­lows the usu­al course of Mono­type cast­ing: there’s a love­ly calm­ing sound as the machine pro­duces let­ter-by-let­ter accord­ing to the com­put­er’s instruc­tions and these march out of the machine. Brand new, per­fect­ly jus­ti­fied type ready to print.

    In sum­ma­ry, the Mac­Tron­ic may appear com­pli­cat­ed to some, but it only requires a few sim­ple, seam­less pro­ce­dures to pro­duce per­fect gal­leys of type:

    1. Text pro­duced by using all text con­trols of InDesign/OpenOffice Writer, includ­ing indents, tables, etc.
    2. Cre­ate a Mac­Tron­ic-com­pat­i­ble file using InDesign/OpenOffice Writer Hot- met­al Plug-ins -– all fonts, line-end­ings, etc. are retained.
    3. Cre­ate a punch file using Jus­ti­fi­ca­tion Pro­gram.
    4. Send punch file to Cast­er Dri­ver Pro­gram to cre­ate gal­leys of type.

    Sorts gal­leys can be pro­duced to any line width (60 ems max.) and mixed amounts of char­ac­ters. Inter­est­ed par­ties are wel­come to see Mac­Tron­ic in action and dis­cuss the many oth­er use­ful fea­tures, or view web­site at Mac­Tron­ic.

  • Monotype Composition Caster

    Monotype Composition Caster

    Mono­type described this as a machine which “…auto­mat­i­cal­ly casts and deliv­ers lines of per­fect­ly-spaced lines of hard, new, deep-cut sin­gle types, being con­trolled by the per­fo­rat­ed paper rib­bon pro­duced on the key­board”.

    The key thing that marks the com­po­si­tion cast­er as dif­fer­ent from their oth­er cast­ers is that this machine was designed to pro­duce long pas­sages of text-sized type: any­thing up to 14pt.  For big­ger types an attach­ment was need­ed but the Mono­type Super Cast­er was prefer­able.

    This machine, too, demand­ed some essen­tial, but inter­change­able, parts –

    • Mould: this defines both the body size and the height of the type (usu­al­ly 0.918″ in Britain)
    • Matrix Case: this is a case con­tain­ing the brass moulds (or matri­ces) that are inject­ed with molten met­al to form the indi­vid­ual types.  The case holds more than one alpha­bet in a 15 x 15 or 15 x 17 lay­out.  The posi­tion of each char­ac­ter with­in the case is dic­tat­ed by the width of that char­ac­ter
    • Nor­mal Wedge: this is a met­al wedge that defines the width of each char­ac­ter in the matrix case

    Spec­i­fi­ca­tions

    Weight 1466 lb
    Work­ing Area 7′ x 7
    Gas con­sump­tion (for gas-heat­ed machines) 20 cu. ft./hr
    Elec­tric­i­ty con­sump­tion 2 units/hour
    Air Pres­sure 15 lbs/sq. in.
    Speeds 140180 rpm (depend­ing on type size)
    Dri­ving pul­ley 14
    Motor ½ horse­pow­er
    Elec­tric Heat­ing Fun­di­tor or Rototherm
    Pot capac­i­ty 85 lbs
    Stan­dard Mea­sure (or line length) 4¼pt. to 14pt up to 60ems pica

    Accessories

    Because this machine was pressed in to ser­vice to do all kinds of work, Mono­type pro­duced many attach­ments includ­ing –

    • Dis­play: this is use to cast types of up to 36pt, but a speed reg­u­la­tor is also need­ed to get the cast­er to run at the cor­rect speed
    • Duplex Mould, and Dual Type attach­ments used for cast­ing exot­ic types
    • Ingot Feed­er: to keep the molten met­al in the machine con­stant­ly topped up
    • Large Type Com­po­si­tion: used to extend the size of the type that can be cast with auto­mat­ic spac­ing and sequenc­ing.  This extends the range of the machine to 24 point from 14 point
    • Lead and Rule: allowed for the cre­ation of rules and leads from 1½pt to 12pt to any length from 6picas to 25 inch­es
    • Lead­ing: allows for pre-cast rules to be insert­ed between lines as they are com­posed by the machine
    • Light­ing: which includ­ed a mag­ni­fy­ing glass to inspect the types as they were pro­duced
    • Quadding and Cen­ter­ing: to help with cast­ing space in cen­tred or ranged-right or left lines
    • Reverse Deliv­ery: to accom­mo­date right-to-left-read­ing lan­guages
    • Speed Reg­u­la­tors: to get the machine to work at the best speeds for larg­er types or rules and leads
  • Monotype Keyboard

    Monotype Keyboard

    Enter­ing the text is the first step in the process and the com­pressed air-dri­ven key­board punched holes in a paper tape.  While the out­put was on a par with mod­ern com­put­er type­set­ting, the key­board relied on mechan­i­cal help to help with spac­ing, jus­ti­fi­ca­tion and line length.

    Each key­board need­ed some essen­tial parts to work –

    • Key­but­ton Banks: these are the rows and columns of but­tons which could be changed to accom­mo­date non-Latin char­ac­ters (if set­ting Greek, for exam­ple)
    • Key­bar Frames: these trans­late the spe­cif­ic key depres­sion to a punched hole in the tape.  The punched holes select a par­tic­u­lar mould (or matrix) and their posi­tion is deter­mined by width of the char­ac­ter.  If an espe­cial­ly wide W’ was used then that would have to be in a dif­fer­ent posi­tion in the matrix to a nar­row­er or con­densed W’ and so a dif­fer­ent pat­tern of holes was need­ed in the tape.  Rather than have each W in a dif­fer­ent posi­tion on the key­board, the key­bar frames did this trans­la­tion work
    • Stop­bars: this defines the width of each char­ac­ter so that the jus­ti­fy­ing scale can be dri­ven
    • Jus­ti­fy­ing Scale: this Heath-Robin­son-esque device was designed to assist the key­board oper­a­tor in decid­ing when to end each line.  As each key was pressed, the stop­bar helped move a small nee­dle up or down a cylin­der vis­i­ble to the oper­a­tor depend­ing on the width of that char­ac­ter.  At the same time, each keystoke moved the drum around by one posi­tion.  The mark­ings on the drum would indi­cate how much space was left in that line and allowed the oper­a­tor to either con­tin­ue (and have very tight­ly-spaced words), or break to anoth­er line (per­haps leav­ing very wide spac­ing between words)

    Standard Keyboard

    A sin­gle, stan­dard key­board to pro­duce the punched paper tape.

    Spec­i­fi­ca­tions

    Weight 324lb
    Work­ing Area 63″ x 6
    Air Pres­sure 15 lbs/sq. in
    Air Con­sump­tion 1.15 cu. ft/min
    Stan­dard Mea­sure (the width to which text could be set, line length) 4¼pt. to 14pt up to 60ems pica

    Duplex Keyboard

    Two side-by-side key­boards with two per­fo­ra­tors.  They could be switched togeth­er or worked sep­a­rate­ly.  Used where either a dupli­cate per­fo­rat­ed tape was need­ed of a sin­gle text; or where two texts had to be cre­at­ed sep­a­rate­ly (if, for exam­ple, work was in two colours)

    Spec­i­fi­ca­tions

    Weight 486lb
    Work­ing Area 8′ x 6
    Air Pres­sure 15 lbs/sq. in
    Air Con­sump­tion 1.15 cu. ft/min for each paper tow­er

    Accessories

    Mono­type sup­plied all man­ner of oth­er kit to help with some of the spe­cialised branch­es of com­po­si­tion.  They includ­ed –

    • Com­bined Spac­ing: an attach­ment to cast spaces dif­fer­ent­ly.  This might include cast­ing the space with the type itself, which allowed very tight spac­ing and a sav­ing of paper tape and cast­ing time
    • Copy Light: to illu­mi­nate the copy with either a bulb or a strip light
    • Dum­my Key­board: for trainees to feel’ the key­board and lay­out with­out hav­ing to use the real thing
    • Copy­hold­ers: four dif­fer­ent types of attach­ment to hold the copy to be key­board­ed
    • Tab­u­lat­ing: to help with set­ting tab­u­lat­ed mat­ter (like tables or timeta­bles)

    Maintenance

    The key­board should be cleaned each week, but the dai­ly rou­tine rec­om­mend­ed that –

    • Open the pet cock at the back of the air cham­ber for a few min­utes
    • Blow off any loose punch­ings with a blast of air
    • Wipe dust from the key­board
    • Check screws and nuts for tight­ness
    • Test the align­ment of per­fo­ra­tions
  • Bradford Industrial Museum

    Bradford Industrial Museum

    Brad­ford Dis­trict Coun­cil’s Indus­tri­al Muse­um has a large area ded­i­cat­ed to print­ing, sup­port­ed by a band of enthu­si­as­tic vol­un­teers. Maps and open­ing hours are online, but a vis­it on Wednes­day after­noon is nor­mal­ly when there’s most activ­i­ty in the print­ing shop.

    Brad­ford Indus­tri­al Muse­um and Hors­es at Work, Moor­side Mills, Moor­side Road, Eccleshill, Brad­ford, BD2 3HP