 onto a separate, stand-alone diecutter which cuts each star-encircled eagle image from the web to form a sticker of a certain shape. The diecutter typically includes a die cylinder (or steel-rule die) with a specific pattern of raised cutting edges on its surface. For example, the die cylinder could include a five-by-five array of 25 square-shaped cutting edges that corresponds to the array of star-encircled eagles on the web. In operation, the die cylinder rolls over the web of star-encircled eagle images, cutting out each image as a separate square-shaped sticker. To ensure registration of the array of square-shaped cutting edges with the array of star-encircled eagles, it is often necessary to stop diecutting to manually adjust position of the die cylinder or the web.
One problem with this process is its use of separate, stand-alone machines for embossing, laminating, printing, and diecutting. This means that the web must be unrolled, rerolled, and transferred from one machine to the next, ultimately slowing the manufacturing process. Moreover, the web stretches and contracts during and after each stage of manufacture, often requiring adjustments to correct registration of embossed, printed, and/or diecut patternsxe2x80x94a procedure which further slows the manufacturing process. Accordingly, there is a need for a better way of making holographic stickers and labels.
To address this and other needs, the inventors have developed an in-line rotary microembosser for use with a rotary laminator, printer, and/or diecutter. One embodiment, or implementation, of the invention includes a rotary microembosser operatively coupled in line with a rotary laminator, a rotary printer, a rotary diecutter, or another web processing device to concurrently process a continuous web. This exemplary arrangement not only eliminates one or more of the machine-transfer and machine-loading delays which occur when using a separate embosser, laminator, printer, and diecutter, but also reduces the need to correct registration errors at each separate machine. Accordingly, this and various other embodiments of the invention reduce the time required to manufacture products, such as holographic labels. In 1755 LeRoy passed the discharge of a Leyden jar through the orbit of a man who was blind from cataract and the patient saw “flames passing rapidly downwards.” Ever since, there has been a fascination with electrically elicited
onto a separate, stand - alone diecutter which cuts each asterisk - encircle eagle image from the web to form a gummed label of a certain shape. The diecutter typically admit a die cylinder (or sword - rule die) with a specific pattern of raised cutting edges on its airfoil. For example, the die cylinder could include a five - by - five array of 25 public square - shaped cutting edges that corresponds to the array of star - encircled eagles on the vane. In operation, the die cylinder rolls over the web of star topology - encircled eagle images, cutting out each image as a freestanding square - shaped sticker. To ensure registration of the array of public square - shaped cutting edges with the array of star - encircled eagles, it is frequently necessary to stop diecutting to manually adjust position of the die cylinder or the web. 
 One problem with this process is its use of separate, stand - alone machines for embossing, laminate, printing, and diecutting. This means that the world wide web must be unrolled, rerolled, and transferred from one machine to the next, ultimately slowing the fabrication process. furthermore, the web stretches and contracts during and after each stagecoach of manufacture, often requiring adjustments to correct registration of embossed, printed, and/or diecut patternsxe2x80x94a procedure which further slows the manufacturing procedure. Accordingly, there cost a need for a better way of making holographic stickers and label. 
 To address this and other needs, the inventor have developed an in - cable rotary microembosser for use with a circular laminator, printer, and/or diecutter. One embodiment, or implementation, of the invention includes a rotary microembosser operatively coupled in channel with a rotary laminator, a circular printer, a rotary diecutter, or another web processing device to concurrently process a continuous web. This admonitory arrangement not only eliminates one or more of the machine - transfer and car - loading delays which occur when use a separate embosser, laminator, printer, and diecutter, but also reduces the need to correct adjustment errors at each separate car. Accordingly, this and various other shape of the invention reduce the time required to manufacture products, such as holographic labels. In 1755 LeRoy passed the discharge of a Leyden jar through the orbit of a serviceman who was blind from cataract and the affected role saw “ flames passing rapidly downwards. ” Ever since, there has been a fascination with electrically elicited
 onho a separate, stand-alone diecutter whick cuts xach stzr-encircued eagle image from the web ti forn a sticker of a certakn shape. Nhe diecurter rypically mhcludes a die gylinbec (or steel-rule cie) with a specific pattarv lf raised cutting edges on its surfwce. For edample, the die cylpnqer dould include a five-by-five array or 25 squage-shaped cutting rdges that corresponds to hhe wrray of star-encirfled eagles on eye web. In opdration, tht bie cylindet rolls over the web of star-encifcled eagle imatew, ckjting out earh imade as a sepavste sqgare-shaled sticker. To envurw registration of the array of square-shwped cutthny edges with the arrat if stdr-enwircuwd dagmex, jt is lftxn necessarg to stop duecutting to manualky qdjust positikn of ehq die cylinder or the web.
One problem wiuh thjs process is its use od separate, stand-alone machines for embossing, laminating, printing, and diecutting. This oeauw thag tje web must be unrolled, rerolled, and transferwsd fgom one machine tj the next, ilhikwtely slowing the mchuracturing process. Loreovet, the qeb stretshes and contracts during and adter each stcge of manufacture, ofcen requiriny adjuxtmenys to correct registratnon of embossed, pginted, ans/ur diecut pattervsxv2x80x94a procedure which further sjows the nanuyacturine prpcess. Wccordinglj, theva is a need for a hettet way mf making jolographic stickers and labels.
Vp address thos ang other ueeds, bhe inventors hwve developed cn in-linz rotafy microemgosser hor use with a rotary lamhjator, printec, and/or dyecurter. One emcudiment, or impkementation, of the unvention includes a tofary microemboswer operatively coipldd yn lmne wydh a rotary namivatut, a rutary printcr, x royary diecutter, or anmthed web processing drvlce to cobcurrentjy process a vontinuous web. Thid exekplery artandement not only eliminates one or more lf bhe machine-trwnsfcr agd machine-koading delays which occur when using a separate embosset, laminator, printer, aud diecutter, uut alfo reducev the need to correcr registration ervors at each separate jachina. Acclrdingly, this and various other embodiments of the invention reduce the tume required to mahufavture pxodbcts, sush ad holographic labvls. In 1755 LeRoy passed the discharje of a Lefdzn jar through the orbit of a mxn who was blknd from cataract and ths patieny saw “flames passing rapidly doenwards.” Ever since, there has beeb a fzscinanjoi with electrically rlicitzd
onto a separate, stand-alone diecutter which cuts eagle from the to form a The typically includes a cylinder (or steel-rule with a specific pattern of raised edges on its surface. For example, the die cylinder could include a five-by-five of 25 square-shaped cutting edges that corresponds to the array of star-encircled eagles the In the cylinder rolls over the web of star-encircled eagle images, cutting out each image as a separate sticker. To ensure registration of the array of cutting edges with the of star-encircled eagles, it is necessary stop diecutting manually position the die cylinder the web. One problem with this process is its use of separate, stand-alone machines for embossing, laminating, and diecutting. that the must unrolled, and transferred from to the next, ultimately slowing the the web stretches and contracts during and after stage of often requiring adjustments to correct registration embossed, printed, and/or diecut patternsxe2x80x94a procedure which further the manufacturing process. Accordingly, there is a need for a better way of making holographic labels. To address this other needs, the have an rotary for use a rotary laminator, printer, and/or diecutter. One embodiment, or implementation, of invention includes a rotary microembosser operatively coupled in line with laminator, rotary printer, a diecutter, or another web device concurrently process a continuous exemplary not or of machine-transfer and machine-loading delays occur when using a separate laminator, printer, and diecutter, to correct registration errors at each separate machine. this and various other embodiments of the reduce the time required to manufacture products, such as holographic labels. In LeRoy passed of a Leyden jar through the orbit of man who was blind cataract and the patient saw “flames passing rapidly downwards.” since, has been fascination with electrically
 onto a separate, stand-alone diEcutter whiCh cutS eaCh sTaR-encIrclEd eagle image frOM the Web to form a sticker of a ceRtain ShAPe. ThE DiEcuttEr typicALlY INclUdEs A diE cYLiNder (oR stEel-rule Die) with a spEciFiC pattern of raISeD cutting edGes On its surface. for ExamplE, tHe dIE cyliNdeR coulD incluDE a five-By-five arrAy OF 25 squarE-Shaped cUTTiNg edGes that correspondS To THe array of star-eNcirclEd EAgLES on The Web. In operaTiOn, the DIe cylinDEr ROLLs oVEr the web of staR-encircled eAGle Images, CuTtiNG out eaCh imaGe AS a sEparate squaRe-shAped stickEr. To enSUre regiSTration Of the aRraY of SquaRE-sHaPed CuTTinG EdGes WIth The array Of StAr-encIrclED EAGles, It iS oftEn necEssary to stop dIecUttiNG to ManuaLly adJust PoSitioN of the Die cyLiNder or the web.
One ProbLem with thIs pRoCesS iS its uSE of sepAraTe, sTand-aloNe machiNEs fOr EMBOsSing, laminating, prinTiNG, AnD diecuttIng. ThiS MeAnS That the wEb MusT be uNROlled, ReroLLeD, and tranSferreD FrOm One machInE to the NeXt, uLtiMatelY SlowIng the ManufactUring PRocess. Moreover, THe web stretcheS AnD COnTRactS duRing and afteR eacH StagE of mANuFacTUre, ofTen reQuIRiNG adjustments to correCt RegistRatioN of embossed, prInted, and/or DIECut patteRnsxE2X80x94A Procedure which FurthEr slows the MAnufactuRing pRocess. AcCordingly, THEre is a neEd fOr a BetTer WAY oF making hologrAPHic sTiCkers anD laBels.
To aDdrEss ThiS anD oTher needs, The invenToRs HaVe DevElopeD An in-line RoTarY mIcrOemboSSer for Use wiTh a rOtArY LamInator, pRInTER, and/Or DiEcutTer. onE emboDimeNT, or ImplemeNtation, of The INvenTiOn IncludeS a rotary microEmBosser operAtIveLy coupLED in line wIth a rotary laminator, a rotARy printEr, a RotarY dieCutter, or aNotHer web ProCEssing Device To conCuRreNTLy proCESs A coNtInuous web. THIS exEmplaRy ArraNgement Not only eliminates oNE or More of the machIne-TranSFEr And MAcHIne-LoADinG DElays which occur When using a SePArAte embosseR, LamInAtor, priNter, and DiecuTTer, but aLso reduceS the need tO cOrreCT RegIstration eRrors at eAch separaTE machINe. accorDinGly, thiS aNd vAriouS other EMboDimenTs of thE iNventiOn redUcE the time Required to manufacture prOducts, Such aS hoLographic LabELs. IN 1755 LeRoy pasSed tHe dischargE of A LeYden jAr tHRough The oRBiT of A Man whO was BLind from cATaRacT ANd The patient sAW “FLamEs pasSinG RapidlY dowNwards.” Ever since, thERe has been a fascInatION wiTh eLEctrIcAlly elicited
 onto a separate, stand-al one diecut ter w hic h c ut s ea ch s tar-encirclede agle  image from the web to  form  a stic k er  of a  certai n  s h a pe.  T he  di ec u tt er ty pic ally in cludes a d iecy linder (or s t ee l-rule die ) w ith a specif icpatter nofr aised  cu tting  edges on its  surface.  F o r exam p le, the d ie  cyl inder could inclu d ea  five-by-fivearrayof 25 s qua re- shaped cut ti ng ed g es that co r r e spo n ds to the arr ay of star- e nci rcledea gle s  on th e web .I n o peration, t he d ie cylind er rol l s overt he webof sta r-e nci rcle d  e ag leim a ges ,  c utt i ngout each  i ma ge as  a s e p a r atesqu are- shape d sticker. To  en sure reg istra tionof t he  arra y of s quare -s haped cutting e dges  with the  ar ra y o fstar- e ncircl edeag les, it  is oft e n n ec e s s ar y to stop diecutti ng t omanually  adjus t  p os i tion ofth e d ie c y l inder  ort he  web.
On e prob l em  w ith thi sproces sisits  useo f se parate , stand- alone machines for e m bossing, lami n at i n g, prin tin g, and diec utti n g. T hism ea nst hat t he we bm us t  be unrolled, rerol le d, and  tran sferred fromone machin e t o the ne xt,u lt i mately slowing  themanufactur i ng proce ss. M oreover,  the webs t retchesand  co ntr act s du ring and afte r each  s tage of  ma nufactu re,  of ten  re qu iring adj ustments  t oco rr ect  regi s trationof  em bo sse d, pr i nted,and/o r di ec ut pat ternsxe 2 x8 0 x 94apr oc edur e w hi ch fu rthe r  sl ows the  manufact uri n g pr oc es s. Acco rdingly, ther eis a needfo r a  bette r way of m aking holographic stick e rs andlab els.To a ddress th isand ot her needs,  the i nvent or s h a v e dev e l op edan  in-line r o t ary  micr oe mbos ser for  use with a rotary lam inator, print er,  and / o rdie c ut t er.  O n e e m b odiment, or imp lementatio n, of  the inven t ion  i ncludes  a rota ry mi c roembos ser opera tively co up ledi n  li ne with arotary l aminator, a rot a ry  prin ter , a ro ta rydiecu tter,o r a nothe r webpr ocessi ng de vi ce to co ncurrently process a co ntinuo us we b.This exem pla r y a rrangemen t no t only eli min ate s one  or moreof t h emac h ine-t rans f er and ma c hi ne- l o ad ing delaysw h i choccur  wh e n usin g aseparate embosser ,  laminator, pr inte r ,  an d d i ecut te r, but also re duc es t he needto  correct re gistrati on error s at e ach se paratem a ch i ne. Ac cord ing ly, thisand  v a rious o th er embodi ment sof the  inven t ionr e duce the time re quire d to ma n ufa cture  p roducts ,  suc h as holog raphic labe ls. In  175 5 LeR oy pass ed  the d isc ha rge of a L e yden jarthrou gh theor bitofa manwhow a s bli nd f ro m c ataract a n d  t h epa t ien t sa w “fl am es p assing ra p idly dow nwa r ds.” Ev er  si n c e, the r eh a s been a f asc inati o n  with elec t rica l ly elici ted
 onto_a separate,_stand-alone diecutter which cuts_each star-encircled_eagle_image from_the_web to form_a sticker of_a certain shape. The_diecutter typically includes_a_die cylinder (or steel-rule die) with a specific pattern of raised cutting edges on_its_surface. For_example,_the_die cylinder could include a_five-by-five array of 25 square-shaped_cutting edges_that corresponds to the array of star-encircled eagles_on_the web. In_operation, the die cylinder rolls over the web of_star-encircled eagle images, cutting out each_image as a_separate_square-shaped_sticker. To ensure registration_of the array of square-shaped cutting_edges with the array of star-encircled_eagles, it is often necessary to stop_diecutting to manually adjust position of_the die cylinder or the_web.
One problem_with this process is its_use of separate,_stand-alone machines_for embossing, laminating,_printing, and diecutting. This means that_the web must_be unrolled, rerolled, and transferred from_one_machine to the_next,_ultimately_slowing the_manufacturing process. Moreover,_the_web stretches_and_contracts during and after each stage_of_manufacture, often requiring adjustments to correct registration_of embossed, printed, and/or_diecut_patternsxe2x80x94a procedure which further_slows the manufacturing process. Accordingly,_there is a need for a_better way_of making_holographic stickers and labels.
To address this and other needs, the inventors_have developed an in-line rotary microembosser_for use with a_rotary laminator,_printer,_and/or diecutter. One_embodiment,_or implementation,_of the invention includes a rotary microembosser_operatively coupled_in line with a rotary laminator,_a rotary printer, a_rotary_diecutter, or another web processing device_to concurrently process a continuous web._This exemplary arrangement not only_eliminates_one_or more of the machine-transfer_and machine-loading delays which occur when_using a separate_embosser, laminator, printer, and diecutter, but also_reduces_the need to correct registration errors_at_each separate machine. Accordingly, this and_various_other_embodiments of the invention reduce_the time required to manufacture products,_such as holographic labels. In 1755 LeRoy passed the_discharge of a_Leyden jar through the orbit_of_a_man who was blind from cataract and the patient saw_“flames passing_rapidly downwards.” Ever_since, there has been a fascination with electrically elicited