I-cutter ingahlukaniswa ngezigaba ezinhlanu ngokusho kwefomu le-workpiece processing surface. Amathuluzi asetshenziselwa ukusika izinkuni nge-slitter ye-ultrasonic abizwa ngokuthi amathuluzi okusebenza ngokhuni. Lezi zinto ezingezona ezensimbi eziyindilinga zenza ama-slitter blade asike ngesivinini esiphezulu. Ngo-1898, uTaylor kanye ne-United States. Omhlophe wasungula insimbi enesivinini esikhulu. Izincwadi ezisunguliwe mayelana ne-twist drills zabhalwa ngo-1822, kodwa azizange zikhiqizwe njengempahla kuze kube ngu-1864. Ekuqaleni kwekhulu lama-28 kuya kwelama-20 BC eShayina, izingcezu zokubhoboza namasaha amathuluzi ethusi njengezigaxa zethusi nezigaxa zethusi, izimbobo, izinsimbi zesimanje zivela, imimese efanayo, njll.
Izindwani ze-slitter ngaleso sikhathi zazenziwe ngensimbi yensimbi ephezulu ye-carbon, futhi isivinini sokusika esivumelekile sasingamamitha angu-5 / ngomzuzu. Ngo-1923, uSchleitel waseJalimane wasungula i-carbide enosimende. Ngenxa yokuthi ama-slitter blades asetshenziswa ekwenziweni kwemishini asetshenziswa ngokuyisisekelo ukusika izinto zensimbi, igama elithi "ummese" ngokuvamile liqondwa njengensimbi yokusika i-slitter blade. Indlela yokugqoka phezulu ihlanganisa amandla aphezulu kanye nokuqina kwesisekelo sezinto ezinobunzima obuphezulu nokumelana nokugqoka kwesendlalelo esingaphezulu, ukuze le nto ehlanganisiwe ibe nokusebenza okungcono kokusika. Ngo-1792, uMozley e-United Kingdom wakhiqiza ompompi futhi uyafa.
Kodwa-ke, ukuthuthukiswa okusheshayo kwama-slitter blades kwafika ngasekupheleni kwekhulu le-18 ngokuthuthukiswa kwezinjini ze-steam neminye imishini.
Uma usebenzisa insimbi yensimbi ye-alloy, ijubane lokusika le-slitter blade lithuthukisiwe libe ngamamitha angu-8 ngomzuzu, uma usebenzisa insimbi enesivinini esikhulu, liphindwe kabili, futhi uma usebenzisa i-alloy eqinile, liphindwe kabili kunokusebenzisa i-high-speed steel. Izinga eliphezulu kanye nokunemba kwe-dimensional kwe-workpiece ecutshungulwa ngokusikwa nakho kuthuthukisiwe kakhulu.
Ngenxa yokuthi intengo yensimbi enesivinini esikhulu kanye ne-carbide enosimende ibiza kakhulu, ama-slitter blades ngokuvamile ayashiselwa futhi aboshelwe ngomshini. Ngo-1972, iGeneral Electric yakhiqiza i-polycrystalline synthetic diamond kanye ne-polycrystalline cubic boron nitride blades. Ngo-1783, uRené eFrance waqala ukukhiqiza umshini wokusika.
I-Slitting Machine blade iyithuluzi elisetshenziselwa ukusika ekwenziweni kwemishini, eyaziwa nangokuthi i-blade yokusika eyindilinga. Kusukela ngo-1949 kuya ku-1950, i-United States yaqala ukusebenzisa okufakwayo okunenkomba emathuluzi okujika, futhi ngokushesha yasetshenziswa kubasiki bokugaya namanye amathuluzi. Ngo-1972, i-Bangsha kanye ne-Laglan yase-United States yakha indlela yokubeka umhwamuko ukuze igqoke ungqimba oluqinile lwe-titanium carbide noma i-titanium nitride phezu kwe-carbide noma insimbi enesivinini esikhulu. Ngo-1868, uMushete e-UK wenza insimbi yensimbi ye-alloy equkethe i-tungsten. Amathuluzi okucubungula izindawo ezihlukahlukene zangaphandle, okuhlanganisa amathuluzi okuguqula, amapulani, ama-milling cutters, ama-broaches angaphandle namafayela, njll; amathuluzi okucubungula imbobo, kufaka phakathi ama-drill, ama-reamer, amathuluzi ayisicefe, ama-reamers kanye nama-broaches angaphakathi angaphakathi, njll.; Amathuluzi okucubungula intambo, okuhlanganisa ompompi, ukufa, ukuvula okuzenzakalelayo nokuvala amakhanda okusika intambo, amathuluzi okuguqula intambo kanye nabasiki bezintambo zokugaya, njll.; amathuluzi okucubungula amagiya, afaka i-hob, i-gear shaper, i-sheve cutter, amathuluzi okucubungula amagiya e-bevel, njll.; amathuluzi okuvimba, okuhlanganisa nokufaka ama-Circular saw blades, ama-band amasaha, amasaha okudubula, amathuluzi okuguqula ama-blade nama-saha abasiki bensimbi, njll. Esikhathini sakamuva seNkathi Yezizwe Ezilwayo (ngekhulu lesithathu BC), ngenxa yobuchwepheshe be-carburizing, kwenziwa imimese yethusi.
