Tag: Linotype

  • Letterform Archive: Linotype Master Drawings

    Letterform Archive: Linotype Master Drawings

    News of the San Fran­sis­co-based Let­ter­form Archive’s acqui­si­tion of 6,000+ mas­ter draw­ings of Lino­type faces.  Great exam­ples of the draw­ings of some of the key Lino­type faces at the foot of the arti­cle.

  • GreatBigStory.com: The Saguache Crescent

    GreatBigStory.com: The Saguache Crescent

    From greatbigstory.com –

    The Saguache Cres­cent” news­pa­per in Saguache, Colo., has been print­ing its news the same way since the 1800s. Lay the let­ters. Ink. Press. Pub­lish­er Dean Coombs’ fam­i­ly has had the busi­ness for three gen­er­a­tions, and has helped print out the week­ly broad­sheet on a lino­type since he was 12 years old. See how the news is made the hard way.

    A love­ly video of news­pa­per.

  • Hiring Hot Metal Compositors

    Hiring Hot Metal Compositors

    I’d missed this in July (not sure how) about friends at Urban Cot­tage Indus­tries hir­ing for line cast­ing machine oper­a­tors.

  • Urban Cottage Industries: Letterpress Interview

    Urban Cot­tage Indus­tries asked that I join their print­er, David Evans, to dis­cuss let­ter­press print­ing.  They run a bat­tery of linecast­ing machines and run a num­ber of press­es to cre­ate their bespoke and short-run print­ed goods.  David — when back at Airedale Prod­ucts — was good enough to dis­cuss print­ing with my as I got start­ed around ten years ago

  • Linotype and Intertype Salvage

    Linotype and Intertype Salvage

    Note: Local friends at Urban Cot­tage Indus­tries rely on these machines today, and run a bat­tery of Lino­types under David Evans.  This arti­cle is only a last resort!

    This is an account — in note form — that David M. MacMil­lan sent me to advise on linecast­er sal­vage.  David also add this: I very much pre­fer to save linecast­ers as com­plete, func­tion­al machines.  The steps out­lined are for those sit­u­a­tions where this
    is impos­si­ble and you’re just try­ing to save as much as you can”

    Important things to get

    • Matri­ces, mag­a­zines and rack
    • Heat­ing Ele­ment
    • Spare oils/graphite
    • Any paper­work
    • Bulbs/fuses
    • Space­bands

    Second priority

    • Tools, espe­cial­ly
      • mag­a­zine clean­ing brush­es
      • pot clean­ing and pot well scrap­ing tools
      • wire hooks (often shop-made, for pulling mats out of mag­a­zines; you can re-make them, but any with the machine were made by some­one with expe­ri­ence)
    • Beyond that you’re into pulling spare parts off the machine.

    General disassembly approach

    I’d start in this order, depend­ing on time and space and type of machine:

    • Key­board up to mag­a­zines:
      • key­boards (espe­cial­ly if remov­able, as is like­ly)
      • key­board cam/yoke assem­bly
      • the escape­ment assem­blies (brass assem­blies in the mag­a­zine frames, one per mag­a­zine)
      • if dis­as­sem­blable, the reeds” (rods) going up from the key­board to the escape­ments
    • Skip­ping up to the dis­tri­b­u­tion
      • (on US machines at least) the entire dis­trib­u­tor bar assem­bly at the top of the machine comes off. If you can man­age the space, get both, as com­plete assem­blies. It’s a two-per­son job to lift them off (or some kind of hoist), espe­cial­ly if it is a mix­er” machine with two dis­trib­u­tors
      • take the Dis­trib­u­tor Box­es off (where the mats go in to the Dis­trib­u­tor) sep­a­rate­ly before remov­ing the Dis­trib­u­tor Bar. It’s a left-hand screw on the han­dle to release them; turn it and wig­gle the Box free
      • chan­nel entrance parts (what the mats fall through when they leave the dis­trib­u­tor to go to the mag­a­zines); lots of lit­tle vane-type things.
    • Assem­bly
      • the star wheel
      • the space­band box (comes out as a unit)
      • maybe the assem­bler slide
      • the tran­si­tion­al piece (I’m for­get­ting the name) which the mats go through between the assem­bler slide and the vise.  This is a cast-iron frame­work, curved on the bot­tom.  It is some­times bro­ken if some­one slams the vise closed, so it’s good to have spares.
    • The­vise and first ele­va­tor, and rest of front
      • what­ev­er comes off, espe­cial­ly the vise jaws and oth­er bits them­selves
      • the mea­sure con­trol” which con­nects the vise up to the indi­cat­ing device over the key­board which tells you how far you’ve set.
    • Pot
      • you had men­tioned heat­ing ele­ment, but I’m not sure how you’ll get it out. US lino­types used ele­ments immersed in the met­al. Inter­types used ele­ments sep­a­rate, in the pot wall.
      • The thermostat/heating con­trol. If you can get this out with the ther­mo­stat ele­ments includ­ed, that would be best. But those ele­ments may have their far ends frozen into the pots. Do not cut these; I believe that they are mer­cury tubes. If they can’t come out, unhook them from the heater con­trol and take the con­trol unit for its parts.
    • Sec­ond Ele­va­tor
      • the car­ri­er ele­ment which holds the mats on their way up
      • the shifter” which push­es them into the Dis­trib­u­tor, and if pos­si­ble the long arm which oper­ates the shifter.
    • Pow­er
      • if the main motors are of the type which are geared into the dri­ve, try to get them. (Belt­ed-in motors are eas­i­er to find.) But I don’t know UK designs here
      • if you have time and can do it, it is nice to have the cam rollers, as these can go bad (I’ve got an exam­ple from a friend’s Lud­low that I plan to pho­to­graph). But BE CAREFUL. Every­thing in a Lino­type is pre-loaded with pow­er­ful springs.
    • Oth­ers
      • The name­plates
      • any­thing else that comes off: mag­a­zine frame parts could be use­ful — but be very care­ful about the mech­a­nism which raised-low­ered the mag­a­zines. On Blue Streak and lat­er US Lino­types, this was done by very strong coiled springs — dan­ger­ous to release sud­den­ly. On Inter­types it is more a fore-and-aft geared motion.

    Additional Points

    • Molds. Impor­tant to have.  Most Lino­types had four molds on the mold disk (though ear­ly ones had as few as two and some had six; the molds for six-disk machines were slight­ly dif­fer­ent). You should def­i­nite­ly get at least the molds. You could either take them out indi­vid­u­al­ly, or you could remove the whole mold disk with them in it (the mold disk can warp, so it’s good to have spares), or you could pull the entire mold disk slide assem­bly out and keep it. That would be best, because it would also give you the parts for the ejec­tor blades.
    • if there’s a box or tray or gal­ley near the machine with a bunch of lit­tle strips of met­al, gen­er­al­ly in pairs (long and short) often marked with, e.g., 14 pt to 30 Em”, these are the mold lin­ers. Get them! They’re what fits in the mold to adapt the mold to a spe­cif­ic body height and line length. They may look flat, but they’re care­ful­ly machined with a 0.002 inch taper to them! BTW, Eng­lish depth of strike” in matri­ces (how deep the let­ter­form image is in the matrix) dif­fered from US prac­tice. So UK mats and molds are not inter­change­able with US mats and molds.
    • Oh, and if it hap­pens that the machines are late enough that they have the Elec­tro­mat­ic Safe­ty Device (or some UK equiv­a­lent), which has a vac­u­um tube in it (yes, real­ly), then get at least the vac­u­um tube, and per­haps best the box/circuit boards it sits in/on. Replac­ing vac­u­um tubes in the future is going to be a whole lot hard­er than replac­ing mechan­i­cal ele­ments.
    • Also, though it’s a long shot, look in the vicin­i­ty of the machines for sup­ple­men­tary tools — any­thing that looks like it might fit the teeth of a matrix; matrix repair tools, matrix milling tools, plunger clean­ing brush tools (in the US, the Ewald brand; basi­cal­ly a rotary brush in a box). All of this stuff may be long gone, but if it’s there it’s worth hav­ing. There were also very sim­ple matrix repair files — a lit­tle set of two fine files arranged par­al­lel with each oth­er on feet. Also there were hold­ers for the matri­ces for clean­ing — medi­um-to-long sticks that you’d line up all the mats in, clamp down with a screw at the far end, and then clean one-side-at-a-time. There may also be a board cov­ered with graphite dust — this was used to pol­ish” the space­bands in graphite. It’s just a board, but it is nice to have the orig­i­nal, even if shop-made (a bit of his­to­ry).

    I’ve got docs for a cou­ple of these things at: http://www.circuitousroot.com/artifice/letters/press/compline/index.html

    Also that site has the erec­tion man­u­als” for the Mod­el 5 and Mod­el 31 (UK); these would be good to read, as they do the reverse of what you’re doing (putting togeth­er, vs. tak­ing apart).

    Also, if there’s any­thing that says mold pol­ish”, get it. In the US these were often in round flat tins from Dixon; don’t know about the UK.

    Again, be very care­ful. Most things are spring-loaded, and they’re all heavy with often sharp edges. I had the first ele­va­tor of my C4 stick in a raised posi­tion once, when I did­n’t know the sequence of the machine. It unstuck itself and came crash­ing down to where my fin­gers were just sec­onds before. I was very, very lucky.

    Do you know about the online (PDF) ver­sion of Lino­type Machine Prin­ci­ples which Jer­ry Spurl­ing has online on his site: www.linotype.org Worth read­ing. It is US vs UK, but it was the basic tech­ni­cal ref­er­ence for the US machines from the 1930s.

  • Amberley Museum, West Sussex

    Amberley Museum, West Sussex

    The Print Work­shop at Amber­ley Muse­um is looked after by enthu­si­as­tic vol­un­teers in this expan­sive muse­um.

    There’s plen­ty to see includ­ing recent­ly-restored Lino­types.

    Amber­ley Muse­um & Her­itage Cen­tre, Houghton Bridge, Arun­del, West Sus­sex, BN18 9LT

  • Cambridge Museum of Technology

    Cambridge Museum of Technology

    The Cam­bridge Muse­um of Tech­nol­o­gy hous­es a print shop which includes iron hand press­es, small press­es and Lino­type and Mono­type com­pos­ing machines.

    Cam­bridge Muse­um of Tech­nol­o­gy, The Old Pump­ing Sta­tion, Ched­dars Lane, Cam­bridge, CB5 8LD
  • 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
  • Type and Typography

    Type and Typography

    Let­ter­press print­ing depends on a raised image, it’s known as a relief pro­cess. Mov­able type was the break­through that allowed print­ers to use and re-use indi­vidual char­ac­ters. When you prac­tice let­ter­press print­ing it’s easy to for­get just how dif­fi­cult it must be for type founders to cre­ate tiny pieces of cast met­al hard enough to with­stand a tre­mend­ous force that are made to tol­er­ances of less than one thou­sandth of an inch.

    Guten­berg of Ger­many is cred­ited with the inven­tion of move­able type around 1450; but records show that both Chi­nese and Kore­an invent­ors had used the idea before the time. Gutenberg’s inven­tion was the first to be exploit­ed and the idea spread rap­idly. There are three key stages in found­ing type –

    • Punch­cut­ting: cre­at­ing a three-dimen­sion­al rep­res­ent­a­tion of the let­ter in the end of a bar of met­al. This skilled work requires a num­ber of oth­er punch­es and tools to be used to cre­ate the punch, and then it be sub­ject to harden­ing. Mod­ern-day equi­val­ents of punch­es can be seen in DIY stores to mark met­al equip­ment with ini­tials.
    • Cre­at­ing the Mat­rix: this step takes the punch, and strikes it in a soft­er met­al to make a neg­at­ive mould. The met­al is usu­ally brass
    • Cast­ing: this is fill­ing the mould with mol­ten type met­al and remov­ing the cast type

    Type Found­ing in the Print­ing Eco­nomy in the UK

    Type found­ing is a spe­cial­ist indus­try need­ing artis­tic and design skills in equal meas­ure with engin­eer­ing prowess and abil­ity to work in some of the very heavy aspects of indus­try. The indus­try was cen­tred around the demand in Fleet Street, Lon­don; but oth­er sig­ni­fic­ant type founders worked where tech­nical expert­ise was great­est-for exam­ple Steph­en­son, Blake of Shef­field.

    The key con­straint for print­ers was that type from a foundry had to be assem­bled by hand before print­ing could begin. This com­pos­i­tion activ­ity took a great deal of time and tied up cap­ital in the type need­ed. As the 19th cen­tury grew to a close peo­ple we very keen to auto­mate this part of the process-work began to look at pro­du­cing type in the order it was need­ed. That’s to say go dir­ectly from the copy to the met­al type with no sort­ing or com­pos­ing pro­cess in between.

    There became two fam­il­ies of type: foundry type (gen­er­ally hard­er qual­ity) that was pro­duced in the great foundries; and com­pos­i­tion type (slight­ly soft­er qual­ity) that was pro­duced from copy either by a spe­cial­ist firm, or even by the print­er him­self.

    UK Type Foundries

    The UK had a num­ber of very influ­en­tial foundries. While ear­ly met­al type from the con­tin­ent (in par­tic­u­lar Dutch type) was con­sidered super­ior, the UK caught up and great names like Caslon, Fig­gins and Steph­en­son, Blake were estab­lished. The large num­ber of small foundries gave way to a smal­ler num­ber of large foundries. The last of the Eng­lish Foundries, Steph­en­son, Blake of Shef­field stopped trad­ing in Decem­ber 2004. That foundry alone had acquired Charles Reed and Sons in 1905, and H. W. Caslon and Co in 1937.

    Com­pos­i­tion Type

    Allow­ing print­ers to cast their own type was a key dri­ver behind devel­op­ments in com­pos­i­tion type. There were two broad approach­es: build a com­plete line of type from a machine; or build indi­vidual char­ac­ters in the cor­rect order from the machine.

    Lino­type and Inter­type took a sim­ilar approach: the oper­ator sat at a key­board and typed the copy. While copy was being typed the matri­ces (type moulds) were assem­bled with­in the machine. Once a line was com­pleted the moulds were filled with hot type met­al and the res­ult­ing slug’ was forced from the machine, being trimmed and shaped in the pro­cess. The Lud­low Typo­graph was sim­ilar, but the matri­ces were assem­bled by hand.

    Mono­type adop­ted a dif­fer­ent tack. They split the oper­a­tion between key­ing the copy and cast­ing the type. Copy was typed on a Mono­type Key­board pow­ered by com­pressed air which punched holes in a paper tape. The tape was then tak­en to a cast­ing machine  which used the paper tape to pos­i­tion a case of matri­ces and cast a sin­gle piece of type for each key­stroke on the paper tape. The advant­age of this approach was to allow for cor­rec­tion after com­pos­i­tion had been pro­duced by the machine.

    In mod­ern times, Mono­type machines can be con­trolled by com­puter–allow­ing the dir­ect pro­duc­tion of met­al type from a com­puter key­board.

    Fur­ther Information