Ukwahluka kwamandla eLaser kunye neeWater Chillers kwiMarike

Kutheni isikhundla seTshayina njenge "nkampani enkulu yokuvelisa ehlabathini" sizinzile kangaka, apho ishishini layo lokuvelisa lilelona likhulu kwihlabathi kangangeminyaka eli-13 ilandelelana?

“Ukuphuculwa kokhuphiswano lwemveli kwezoshishino kunye nokunyuka ngokukhawuleza kwamashishini asakhasayo kuxhasa ngokudibeneyo ukwandiswa okuqhubekayo komlinganiselo wemveliso waseTshayina, kugcina isikhundla sayo njengelizwe eliphambili kwihlabathi lemveliso,” utshilo uGuan Bing, umlawuli we-Institute of Industrial Economics kwi-CCID Research Institute.

Isicwangciso saseTshayina esithi "Smart Manufacturing 2025" siye sayitshintsha kancinci kancinci imboni yemveli yokuvelisa yelizwe saya kwimveliso ekrelekrele. Umzekelo, imboni yokucubungula, ngoku isebenzisa iteknoloji yelaser ephucukileyo nekrelekrele yokusika, ukuwelda, ukumakisha, ukukrola, nokunye. Olu tshintsho luguqula kancinci kancinci imboni yemveli yokucubungula ibe yimboni yokucubungula ilaser, enesantya esikhawulezayo, isikali esikhulu semveliso, izinga eliphezulu lemveliso, kunye nomgangatho ongcono wemveliso.

Itekhnoloji yokucubungula i-laser inxulumene kakhulu namashishini ahlukeneyo.

Kwishishini elitsha leemoto zamandla, izixhobo ezithile zelaser zisetyenziselwa ukusika iziqwenga zeepali, ukuwelda kweeseli, ukuwelda kokupakisha iishell ze-aluminium alloy, kunye nokuwelda kwelaser yemodyuli pack, nto leyo eye yaba ngumgangatho weshishini lokuvelisa iibhetri zamandla. Ngo-2022, ixabiso lemarike lezixhobo ezithile zelaser eziziswe ziibhetri zamandla lidlule kwi-8 yeebhiliyoni zeeyuan, kwaye kuqikelelwa ukuba lidlula kwi-10 yeebhiliyoni zeeyuan ngo-2023.

Itekhnoloji yokusika i-laser ifumana ukusetyenziswa okubalulekileyo kancinci kancinci kumashishini ahlukeneyo eTshayina. Umzekelo, kwicandelo lokucubungula izinto, imfuno ikhule ukusuka kumakhulu eeyunithi kwiminyaka embalwa ukuya kwiiyunithi ezingama-40,000, phantse ifikelela kwi-50% yemfuno iyonke yehlabathi.

Ishishini le-laser eTshayina liye laphuhliswa ngokukhawuleza, apho izixhobo ze-laser ezinamandla aphezulu zikhula ngokukhawuleza kwaye zifikelela kwinqanaba elitsha lobuchule minyaka le.

Ngowama-2017, kwaphuma umatshini wokusika i-laser we-10,000W eTshayina. Ngowama-2018, kwakhutshwa umatshini wokusika i-laser we-20,000W, kwalandela umsiki we-laser we-25,000W ngo-2019 kunye nomsiki we-laser we-30,000W ngo-2020. Ngowama-2022, umatshini wokusika i-laser we-40,000W waba yinyani. Ngowama-2023, kwaqaliswa umatshini wokusika i-laser we-60,000W.

Ngenxa yokusebenza okugqwesileyo, izixhobo ze-laser ezinamandla aphezulu ziya zithandwa kakhulu kwimarike. I-10kW laser cutter inika abasebenzisi amava angcono okusika, okubavumela ukuba basike makhulu, ngokukhawuleza, ngokuchanekileyo, ngokufanelekileyo, nangomgangatho ophezulu. Oku kudibanisa isantya kunye nomgangatho wokusika nge-laser, kunceda amashishini aphucule imveliso, anciphise iindleko ezifihlakeleyo, kwaye andise iimarike zawo zokusetyenziswa.

Njengomntu ozinikeleyo "osukela i-laser," TEYU iqela lophando nophuhliso lwe-S&A Chiller Manufacturer aliyeki.

TEYU Umenzi weChiller usazimisele ukubonelela ngezisombululo ezinamandla zokupholisa iilaser ze-10kW+, ephuhlisa uthotho lwee-chillers ze-fiber laser ezinamandla aphezulu, kuquka ii-water chillers CWFL-12000 zokupholisa iilaser ze-fiber ze-12kW, ii-water chillers CWFL-20000 zokupholisa iilaser ze-fiber ze-20kW, ii-water chillers CWFL-30000 zokupholisa iilaser ze-fiber ze-30kW, ii-water chillers CWFL-40000 zokupholisa iilaser ze-fiber ze-40kW, kunye nee-water chillers CWFL-60000 zokupholisa iilaser ze-fiber ze-60kW. Siza kuqhubeka siphanda ii-chillers ze-fiber laser ezinamandla aphezulu, kwaye siqhubeke siphucula iinkqubo zethu zokupholisa iilaser ukuze sifezekise injongo yethu yokuba ngumvelisi we-chiller okhokelayo kwihlabathi.

Ngokuphuculwa okuqhubekayo kwetekhnoloji yokucubungula i-laser ye-10kW+ processing, izisombululo ze-laser ezinamandla aphezulu ziya kuqhubeka zivela, ziphula imida yobukhulu bokusika izinto zesinyithi. Imfuno yokusika iipleyiti ezixineneyo kwimarike iyanda, nto leyo ebangela ukusetyenziswa ngakumbi kwe-laser kwiindawo ezifana namandla omoya, amandla e-hydropower, ukwakhiwa kweenqanawa, oomatshini bemigodi, amandla enyukliya, i-aerospace, kunye nokhuselo. Oku kudala umjikelo olungileyo, okhuthaza ukwanda ngakumbi kwezicelo zokusika i-laser ezinamandla aphezulu.