Tare da maganadisu na motsi na linzamin kwamfuta, ƙirar da ba ta tuntuɓar mai ƙarfi da waƙar maganadisu tana kawar da lalacewa da matsalar kulawa don tabbatar da motsin fassarar da za a aiwatar da ƙarfi, tare da ƙaramin juzu'i, daidaici mai girma da babban sauri. Sabili da haka, servomotors na linzamin linzamin da ba shi da buroshi an tabbatar da su da kyau don robots, daidaitawar hoto da matsayi, tsarin hangen nesa, masu kunna wuta, kayan aikin injin, masana'antar lantarki, kayan aikin semiconductor, da sauran aikace-aikacen sarrafa kansa na masana'antu da yawa. Akwai masana'anta na yau da kullun na injinan layi kamar Tecnotion,Parker, Siemens, Kollmorgen, Rockwell,Moog, da dai sauransu.
Horizon Magnetics sun tara gogewa mai kima da yawa a cikin maganadisu na injin layi da alaƙaMagnetic majalisaikamar waƙoƙin maganadisu. Mun kasance mai mai da hankali kan kera babban ƙarshen Neodymium maganadisu tare da kwanciyar hankali mai zafi da ƙarancin nauyi. Haka kuma, ma'aunin kula da ingancin mu yana tabbatar da maganadisu da aka ba su tare da daidaiton aikin maganadisu don saduwa da aikace-aikacen manyan injunan linzamin kwamfuta maras gogewa.
Bayan ingantacciyar injin maganadisu na layi, daidaitaccen matsayi na ƙasa mai ƙarancin ƙarfi Neodymium maganadiso akan farantin maganadisu yana ɗaya daga cikin mahimman abubuwan da ke tasiri kai tsaye tasirin amfani da injina na layi, gami da karfin fitarwa, ingancin aiki da kwanciyar hankali na injinan layi. Domin samar da ingantacciyar rarraba layukan maganadisu na ƙarfi don injinan layin layi, sarari tsakanin maganadisu na kusa zai iya keɓe kishiyar layukan maganadisu na ƙarfi. Akwai manyan hanyoyin shigar magnet guda uku da ake da su na waƙoƙin maganadisu galibi kamar haka:
1. Ana sarrafa tsarin daidaitawa a kan farantin tushe, sa'an nan kuma an shigar da magneto Neodymium a kan farantin tushe daya bayan daya ta hanyar tsarin matsayi. Wannan hanyar shigarwa tana da hasara, saboda farantin tushe abu ne na magnetic kuma fitaccen tsarin sakawa zai shafi tsarin da'irar maganadisu.
2. Yi amfani da gefen farantin tushe zuwa matsayi kuma shigar da magnetin motar linzamin farko, sannan shigar da maganadisu na biyu a jere, kuma yi amfani da ma'aunin ma'aunin jin daɗi wanda ya dace da tazarar ƙira a tsakiyar don iyakance shigarwa bi da bi. Ita ma wannan hanya tana da nakasu saboda an jera wuraren shigar da magnet din a jere, kuma za a samu kurakurai masu tarin yawa wajen shigar da kowane maganadisu a jere, wanda zai kai ga rashin daidaiton rarraba magnet din karshe.
3. Yi farantin iyaka don ajiye iyakar iyaka don shigarwa na magnet a tsakiya. Da farko shigar da iyaka farantin a kan tushe farantin, sa'an nan kuma shigar da mikakke motor Neodymium maganadiso daya bayan daya. Wannan hanya tana da lahani guda biyu: 1) a cikin aikace-aikacen aikace-aikacen motar linzamin kwamfuta tare da dogon stator, iyakar farantin yana da sauƙi don yaduwa da lalacewa, wanda ke rinjayar daidaiton taro; 2) lokacin da aka shigar da maganadisu ba tare da izini ba kuma an tura shi zuwa matsayi mai iyaka, za a sanya ƙarshen gaban magnet a kan farantin tushe saboda ƙarfin tsotsa, wanda zai shafe farantin tushe don lalata Layer Layer; kuma manne da aka yi amfani da shi don gyara maganadisu da farantin tushe an goge shi, wanda ke shafar tasirin gyare-gyaren magnetin layin Neodymium.
