Kayan aiki gabatarwa:
A matsayin masana'antar nazarin ion ta duniya, tsarin nazarin karfe mai nauyi na Switzerland na Wantong yana da ƙarfin ganowa mai ƙarfi, wanda ba shi da ƙarancin kowane tsarin rikitarwa. Kudin sayen su da kuma amfani da su suna da ƙarancin farashi. Cika da yawa nauyi karfe gwaji ka'idoji, shi ne kafa daidaitaccen dakin gwaje-gwaje * kayan aiki. Hanyoyin bincike masu daidaitawa da aka gina a cikin kayan aiki suna da kyau don gwajin ku.

Lower farashi, aiki mai sauki
Idan aka kwatanta da AAS ko ICP-AES, masu binciken ƙarfe masu nauyi masu sauri suna da ƙananan farashi, amma ana iya yin wannan, ko ma mafi mahimmanci, binciken ƙarfe masu nauyi. Abubuwan da ke amfani da su suna da ƙarancin amfani da su, suna buƙatar ƙananan adadin nitrogen, babu gas mai ƙonewa, babu kayan aikin iska da ake buƙata, babu buƙatar sayen ko maye gurbin fitilun abubuwa.
Pre-magani mai sauki, ba tare da high gishiri tsangwama
Babu tsangwama daga rikitarwa substrates kamar high gishiri rarraba, saboda haka za a iya amfani da kai tsaye don binciken nauyi karfe da kuma sauya karfe abubuwa a cikin abubuwa kamar ruwan teku, high gishiri shara ruwa, gishiri ruwa, high tsabtace sinadarai reagents, electroplating ruwa da abinci.
Mai sassauƙa don amfani da Portable
Tare da ƙananan girma da nauyi, aiki da kulawa mai sauƙi, yana da kyau don amfani da mota da jirgin ruwa, yana da kyau don ganowa mai sauri a filin aiki yayin magance ayyukan gaggawa.
Nazarin Shape
Don karfe mai nauyi da ke wanzu a cikin farashi daban-daban ko hanyoyin haɗuwa, za a iya bambanta shi da ƙididdigar shi daban-daban, yana da sauƙin yin halitta
Kimantawa da bincike game da amfani, guba, da dai sauransu.

A shekara ta 1922 masanin kimiyya na Czech Heyrovsky ya gano cewa abubuwa daban-daban suna ƙaruwa a cikin hanyoyin da ke haɗuwa da lantarki, kamar yadda ke ƙunshe da reductive ions ko ion groups, wanda ya zama babban bincike a cikin binciken sinadarai. Heyrovsky ya sami lambar yabo ta Nobel a fannin sunadarai a shekarar 1959. Binciken voltage-ampere polar spectrometry da aka haɓaka bisa wannan tushen ya zama muhimmiyar hanyar bincike a cikin nazarin lantarki.
Abubuwan da ke da aikin lantarki na oxidation-reduction za a iya amfani da nazarin voltage-ampere polar spectrometry, gami da anions marasa kyau, anions marasa kyau da abubuwan halitta. Volt-amp extreme spectrometry yana da ƙananan iyakar ganowa, da kewayon ma'auni mai faɗi: ppm ~ ppt.
Bincike da sauri, daidai, m, da kuma low amfani. An yi amfani da shi sosai a fannoni kamar ingancin ruwa, kare muhalli, abinci, masana'antun sinadarai, geology da sauransu, kuma ya zama hanyar tsarawa ko shawarar da yawa, na kasa, da masana'antu ka'idoji.