Motoci masu layi sun ja hankali sosai da bincike a cikin masana'antar sarrafa kansa a cikin 'yan shekarun nan. Motar linzamin kwamfuta ita ce motar da ke iya haifar da motsi kai tsaye, ba tare da kowace na'ura mai juyawa ba, kuma tana iya juyar da makamashin lantarki kai tsaye zuwa makamashin injina don motsi na layi. Saboda babban ingancinsa da daidaito, wannan sabon nau'in tuƙi a hankali yana maye gurbin injinan jujjuyawar gargajiya a cikin tsarin samarwa na atomatik da ingantattun kayan aiki.
zane mai fashewa na jerin LNP mai linzamin kwamfuta
Babban fa'idar injunan linzamin kwamfuta shine sauƙi da amincin su. Saboda ana haifar da motsin linzamin kai tsaye, babu buƙatar na'urori masu juyawa irin su gears, belts, da screws na gubar, wanda ke rage yawan rikici da koma baya a cikin bugun jini na inji, kuma yana inganta daidaiton motsi da saurin amsawa. A lokaci guda kuma, wannan ƙirar kuma tana rage yawan kuɗin kulawa da gazawar kayan aiki.
Na biyu, injina masu layi suna da daidaiton motsi da sauri. Na al'adarotary Motorssukan rasa daidaito lokacin juyawa zuwa motsi na layi saboda juzu'i da sawa akan na'urar juyawa. Motoci masu linzami na iya cimma daidaitaccen sarrafa matsayi a matakin micron, har ma suna iya isa daidai matakin nanometer, yana mai da shi yadu amfani da shi a cikin ingantattun kayan aiki kamar masana'antar semiconductor, kayan aikin likita, mashin ɗin daidaici da sauran filayen.
Motoci masu linzami kuma suna da ƙarfi sosai da inganci. Saboda baya buƙatar na'urar jujjuyawar inji kuma yana rage asarar kuzari yayin motsi, motar linzamin kwamfuta ta fi ƙarfin jujjuyawar gargajiya na al'ada dangane da ƙarfin amsawa da ingantaccen canjin kuzari.
Koyaya, kodayake injinan layin layi suna da fa'idodi da yawa, babban farashin kera su yana iyakance fa'idar aikace-aikacen su a cikin wasu yanayin aikace-aikacen masu ƙima. Duk da haka, tare da ci gaban fasaha da raguwar farashi, ana sa ran za a yi amfani da na'urori masu linzami a wasu wurare.
Gabaɗaya, injunan linzamin kwamfuta sun fara maye gurbin injinan jujjuyawar gargajiya na gargajiya a cikin wasu madaidaitan madaidaicin tsarin samar da ingantaccen aiki ta atomatik saboda tsarin su mai sauƙi, kwanciyar hankali, aminci, babban daidaito, da ingantaccen inganci. A nan gaba, tare da haɓakar fasaha, injinan layi na iya zama sabon ma'auni a cikin masana'antar sarrafa kansa.
Daga cikin masu kera motoci na layi na duniya,TPA Robotyana daya daga cikin manyan masana'antun, kuma LNP na'ura mai ba da hanya tsakanin hanyoyin sadarwa wanda ta haɓaka ta ya shahara sosai a masana'antar.
The LNP jerin kai tsaye drive linzamin kwamfuta da aka ɓullo da kansa ta TPA ROBOT a cikin 2016. LNP jerin ba da damar yin amfani da kayan aiki masana'antun yin amfani da sassauƙa da sauƙi-da-hade kai tsaye drive mikakke mota don samar da high-yi, abin dogara, m, kuma daidai motsi actuator matakai. .
TPA Robot 2nd Generation Linear Motar
Tunda Motar layin LNP mai linzamin kwamfuta ta soke tuntuɓar injina kuma ana sarrafa ta kai tsaye ta hanyar lantarki, saurin amsawar duk tsarin kula da madauki yana inganta sosai. A lokaci guda, tunda babu kuskuren watsawa wanda tsarin watsa injin injin ya haifar, tare da ma'aunin martani na madaidaiciyar matsayi (kamar grating mai mulki, mai sarrafa magnetic grating), injin linzamin layin LNP na iya cimma daidaiton matakin micron-matakin, da maimaita sakawa daidaito zai iya kaiwa ± 1um.
An sabunta injin ɗin mu na LNP masu linzami zuwa tsara na biyu. LNP2 jerin jerin injinan layin layi suna da ƙasa da tsayi, masu nauyi cikin nauyi kuma sun fi ƙarfi cikin tsauri. Ana iya amfani da shi azaman katako don mutummutumi na gantry, yana sauƙaƙa nauyi akan mutum-mutumi masu haɗaka da yawa. Hakanan za'a haɗa shi zuwa matakin motsi na madaidaiciyar madaidaiciyar madaidaiciya, kamar matakin gada biyu na XY, matakin gantry biyu, matakin iyo iska. Hakanan za'a yi amfani da waɗannan matakan motsi na linzamin kwamfuta a cikin injunan lithography, sarrafa panel, injin gwaji, injunan hakowa na PCB, ingantattun kayan sarrafa Laser, masu sarrafa kwayoyin halitta, masu hotunan kwakwalwa da sauran kayan aikin likita.
Lokacin aikawa: Agusta-23-2023
