Siyini i-Linear Positioning Stage?
Izigaba zokuma ngomugqa ziyinkundla eyodwa-ye-axis mechanical mechanical ezizenzakalelayo zemboni. Baletha ukunyakaza okuqondile{2}}okuqondile kwethuluzi nokuqondanisa kocezu lokusebenza. Ngaphezu kwalokho, bathola iphuzu eliphindaphindekayo{4}}lokukhomba{5}}ukuma kwemisebenzi yokusebenza ngokunemba.
Ngokungafani namamojula okunyakaza ajwayelekile, agxila ekunembeni kokumisa esikhundleni sejubane elimsulwa lokuhamba. Ngakho, bajwayela{1}}ukunemba okuphezulu kwezimo zezimboni nezesayensi ezizenzakalelayo.
Isakhiwo Sesiteji Esiyinhloko seIsiteji sokuma esilayini
Okokuqala, isisekelo{0}}esisusiwe siqinisekisa ukusimama kwesakhiwo kukonke. Okwesibili, imihlangano eveza ukunemba isekela ukunyakaza kwesikhulumi esibushelelezi. Okwesithathu, isikulufu noma idrayivu ye-motor yenza ukuqhutshwa komugqa okulawulwayo.
Ngaphezu kwalokho, inkundla yesiteji egudlukayo ithwala imithwalo esebenzayo. Ngaphezu kwalokho, izingxenye zenzwa yendawo zilandelela{1}}ukususwa kwesikhathi sangempela. Okokugcina, umkhawulo oqinile uvimba imingcele ephephile yokuhamba.
Wamukelekile ukuthi ubukele amaphrojekthi amaningi noma uvakashele igalari yethu yevidiyo nge-YouTube:https://www.youtube.com/@tallmanrobotics
Lapha, sethula i-Linear Slide, i-TMS100-CM ngedatha kanje:
Imisebenzi Esemqoka nezici Zobuchwepheshe
|
Umsebenzi oyinhloko |
Isici Sobuchwepheshe |
I-Automation Value |
|
I-Precision Point Positioning |
Isakhiwo sokunyakaza esinezingqinamba-eziphansi |
Khiya izindawo okuqondiwe kuzo kancane kancane |
|
I-Smooth Translational Motion |
-isiqondiso esinembayo esinembayo esiphezulu |
Susa i-micro jitter ngesikhathi sokususwa |
|
I-Axis Motion Constraining |
Idizayini{0}}ekhawulela ukunyakaza kwesiqondiso esisodwa |
Gwema ukuchezuka kwezinhlangothi ekunyakazeni komugqa |
imibuzo ejwayelekile ukubuzwa
I-Q1: Isiphi isigaba sokubeka esiqondile kumshini ozishintshayo wezimboni?
Isebenzisa idizayini yesakhiwo eqondisiwe ukukhawulela ukunyakaza ku-eksisi eyodwa eqondile. Igxile ekumiseni okunembile nokuphindaphindwayo ukuze kusekelwe ukuhlolwa kokunemba, ukucubungula kanye nomsebenzi wokuzishintshanisa nokuqondanisa.
Q2: Yiziphi izingxenye ezibalulekile eziqinisekisa ukunemba kokuma kwesiteji?
Isisekelo-sokuqina okuphezulu, amasethi omhlahlandlela othela ukunemba, -ama-backlash drive assemblies aphansi kanye{2}}namayunithi ezinzwa zesikhathi sangempela zakha isistimu yokunemba okuyinhloko. Lezi zingxenye zisebenza ndawonye ukuze kuncishiswe amaphutha okuthutha kanye nejita yokunyakaza.
Q3: Yiziphi izimo ezidinga kakhulu izigaba zokuma kwemigqa?
Zisebenza kuzo zonke{0}}izimo zokuma ezinembayo eziphezulu. Izinkambu ezijwayelekile zifaka ukuhlolwa kokubona, ukuhlolwa kwe-semiconductor, ukucutshungulwa kwe-laser encane, ukulinganisa kwenzwa nokusebenza kwethuluzi elabhorethri ngokunemba.
Q4: Ingabe izigaba zokuma ngomugqa zingakha -izinkundla zama-eksisi amaningi?
Yebo. Izigaba eziningi zokuma komugqa owodwa zingadlulana futhi zihlangane. Bakha amasistimu wokumisa ama-axis amaningi-i-XY noma i-XYZ ukuze ahlangabezane nezidingo-ezinobukhulu obuthathu{4}}zokuqondanisa ukunemba kobukhulu obuthathu.
Q5: Ungakugcina kanjani ukusebenza kokuma okuzinzile isikhathi eside-?
Gcina futhi ushayele izingxenye zihlanzekile futhi zigcotshiwe. Hlola isimo sokuqiniswa kwesisekelo kanye nokulinganiswa okuvundlile njalo ukuze ugweme ukukhukhuleka phakathi{1}}nokusebenza komjikelezo wesikhathi eside.
Amashadi ashisayo: isiteji sokumisa umugqa, iChina abakhiqizi besiteji sokumisa umugqa, abahlinzeki, imboni
