![Isixhobo sokupholisa i-S&A Teyu]( "Isixhobo sokupholisa i-S&A Teyu")
NgoLwesithathu odlulileyo, iLaser World of Photonics China ibibanjelwe eShanghai. Njengomboniso wezorhwebo ohamba phambili eAsia onengqungquthela yeenxalenye zephotonics, iinkqubo kunye nezicelo, lo mboniso weentsuku ezi-3 utsale amawaka aliqela ababonisi ukuba bathathe inxaxheba, kuquka nathi i-S&A Teyu.
![I-S&A Teyu Chiller kwiLaser World of Photonics]( "I-S&A Teyu Chiller kwiLaser World of Photonics")
Kulo mboniso, sibonise i-CW-5310 yethu entsha epholileyo ngamanzi. Le chiller yenzelwe ngokukodwa indawo evalekileyo efana neworkshop engenathuli, ilebhu, njl.njl., kuba inengxolo ephantsi kakhulu kwaye ichaneke kakhulu.
Ukongeza, sikwabonise nezitshizi zethu zamanzi ezipholileyo emoyeni, ezifana nezi:
-isixhobo sokutshiza amanzi esihambelana neefrikhwensi ezimbini iCW-5200T seeleser zeCO2;
-ii-rack mount water chillers RMFL-1000/2000 zomatshini wokuwelda we-laser ophathwa ngesandla;
-Ii-chiller zamanzi ezincinci ezichanekileyo kakhulu ze-CWUP-20/30 ze-laser ekhawulezayo kakhulu
-ii-fayibha zamanzi ze-laser ezinamandla aphezulu CWFL-3000/6000/12000
-faka iifriji zamanzi eziphathwayo kwi-rack RMUP-500 kunye ne-RM-300
Kunye nokuninzi...
![Ii-S&A Teyu air cooled chillers]( "Ii-S&A Teyu air cooled chillers")
Iifriji zethu zamanzi bezitsale iindwendwe ezininzi ukuba zityelele.
![Ii-S&A Teyu chillers zitsala iindwendwe ukuba zityelele.]( "Ii-S&A Teyu chillers zitsala iindwendwe ukuba zityelele.")
Oogxa bethu abaziingcali nabanobubele babephendula imibuzo eyayiphakanyiswe ziindwendwe.
![I-S&A Teyu chiller kwiLaser World of Photonics]( "I-S&A Teyu chiller kwiLaser World of Photonics")
I-S&A Teyu ngumboneleli wezisombululo zokupholisa nge-laser onamava eminyaka eli-19 kwaye ii-chillers ezivelisayo ziyasebenza ekupholiseni uluhlu olubanzi lwee-laser, kubandakanya i-fiber laser, i-CO2 laser, i-UV laser, i-ultra-fast laser, i-YAG laser njalo njalo. Amandla okupholisa ee-chillers aqala kwi-0.6KW ukuya kwi-30KW kunye nozinzo oluphezulu lobushushu ukuya kuthi ga kwi-±0.1℃.
