Izindaba

Ukusebenzisa i-chiller endaweni efanele kunganciphisa izindleko zokucubungula, kuthuthukise ukusebenza kahle futhi kunwebe impilo yesevisi ye-laser. Futhi yini okufanele inakwe lapho usebenzisa ama-chillers amanzi ezimbonini? Amaphuzu amahlanu abalulekile: indawo yokusebenza; izidingo zekhwalithi yamanzi; hlinzeka nge-voltage kanye nemvamisa yamandla; ukusetshenziswa kwefriji; ukugcinwa njalo.

Ukusika kwendabuko akusakwazi ukwanelisa izidingo futhi kuthathelwa indawo yi-laser cutting, okuwubuchwepheshe obuyinhloko embonini yokucubungula insimbi. Ubuchwepheshe bokusika i-laser bufaka ukunemba okuphezulu kokusika, isivinini sokusika esisheshayo nendawo yokusika ebushelelezi nengena-burr, ukonga izindleko nokusebenza kahle, nokusebenzisa okubanzi. S&A i-laser chiller ingahlinzeka ngemishini yokusika i-laser yokusika/i-laser ngesisombululo esithembekile sokupholisa esinezinga lokushisa elingashintshi, i-voltage yamanje engaguquki.

Yiziphi izingxenye eziyinhloko zomshini wokushisela we-laser? Ikakhulukazi inezingxenye ezi-5: i-laser welding host, i-laser welding auto workbench noma isistimu enyakazayo, ukulungiswa komsebenzi, uhlelo lokubuka kanye nesistimu yokupholisa (i-industrial water chiller).

Sawubona bangane, nali ithuba lokusondela ku-S&A Chiller~S&A Chiller Manufacturer uzothamela i-SPIE PhotonicsWest 2023, umcimbi onamandla emhlabeni jikelele we-optics & photonics technologies, lapho ungahlangana khona nethimba lethu mathupha ukuze uhlole ubuchwepheshe obusha, izibuyekezo ezintsha ze-S&A industrial chillers, uthole izeluleko ezifanelekile ze-laser yakho, futhi uthole iseluleko esifanelekile se-laser. I-S&A Ultrafast Laser & UV Laser Chiller CWUP-20 kanye ne-RMUP-500 lawa ma-chiller amabili angasindi azokhonjiswa e-SPIE Photonics West ngo-Jan. 31- Feb. 2. Sobonana e-BOOTH #5436!

Ngemva kokubuka i-CWUP-40 Chiller Temperature Stability Test yangaphambilini, umlandeli waphawula ukuthi ayinembile ngokwanele futhi wasikisela ukuyihlola ngomlilo ohangulayo. Onjiniyela be-S&A Chiller bawamukele ngokushesha lo mbono omuhle futhi bahlela ukuzizwisa kwe-"HOT TORREFY" ukuze i -CWUP-40 ye-chiller ihlole ukuzinza kwayo kwezinga lokushisa elingu-±0.1℃. Okokuqala ukulungisa ipuleti elibandayo futhi uxhume i-chiller water inlet namapayipi okukhipha kumapayipi e-cold plate. Vula i-chiller bese usetha izinga lokushisa lamanzi ku-25℃, bese unamathisela ama-thermometer angu-2 endaweni yokufaka amanzi kanye nokuphumayo kwepuleti elibandayo, ubase isibhamu somlilo ukuze ushise ipuleti elibandayo. I-chiller iyasebenza futhi amanzi ajikelezayo akususa ngokushesha ukushisa epuleti elibandayo. Ngemuva kokushiswa kwemizuzu emi-5, izinga lokushisa lamanzi e-chiller inlet liyenyuka lifinyelele cishe ku-29℃ futhi alisakwazi ukunyuka ngaphansi komlilo. Ngemuva kwemizuzwana eyi-10 ucishile emlilweni, izinga lokushisa lokukhipha amanzi elibandayo nelokukhipha amanzi ngokushesha lehla laya cishe ku-25 ℃, umehluko wokushisa uzinzile...

PVCkuyinto evamile ekuphileni kwansuku zonke, ene-plasticity ephezulu kanye ne-non-toxicity. Ukumelana nokushisa kwezinto ze-PVC kwenza ukucubungula kube nzima, kodwa i-laser ultraviolet elawulwa izinga lokushisa enembayo ephezulu iletha ukusika kwe-PVC endaweni entsha. I-UV laser chiller isiza i-UV laser inqubo ye-PVC impahla ngokuzinza.

Muva nje, umshisekeli wokucubungula i-laser uthenge i-CWUP-40 yamandla aphezulu kanye ne-ultrafast laser chiller CWUP-40 . Ngemva kokuvula iphakheji ngemva kokufika kwayo, bakhulula amabakaki agxilile esisekelweni ukuze bahlole ukuthi ingabe ukuzinza kwezinga lokushisa kwale makhaza kungafinyelela ku-±0.1℃. Umfana ukhulula ikepisi lokungena kwamanzi bese egcwalisa amanzi ahlanzekile ebangeni elingaphakathi kwendawo eluhlaza yenkomba yezinga lamanzi. Vula ibhokisi lokuxhuma likagesi bese uxhuma intambo kagesi, faka amapayipi endaweni yokungena amanzi kanye nembobo yokuphuma bese uwaxhuma kukhoyili elahliwe. Faka ikhoyili ethangini lamanzi, beka i-temperature eyodwa ethangini lamanzi, bese unamathisele enye ekuxhumekeni phakathi kwepayipi lokuphuma lamanzi elipholile kanye nembobo yokufaka amanzi ekhoyili ukuze ubone umehluko wokushisa phakathi kwendawo yokupholisa kanye namanzi aphuma e-chiller. Vula i-chiller bese usetha izinga lokushisa lamanzi libe ngu-25 ℃. Ngokushintsha izinga lokushisa lamanzi ethangini, ikhono lokulawula izinga lokushisa elibandayo lingahlolwa. Ngemva...

Yiziphi izizathu zokumakwa okufiphele komshini wokumaka we-laser? Kunezizathu ezintathu eziyinhloko: (1) Kunezinkinga ezithile ngokuhlelwa kwesofthiwe yomaka laser; (2) Izingxenyekazi zekhompyutha zomaka laser zisebenza ngendlela engavamile; (3) I-laser marking chiller ayipholi kahle.

Lapho usebenzisa umshini wokusika we-laser, ukuhlolwa kwesondlo okuvamile kanye nokuhlolwa kwaso sonke isikhathi kuyadingeka ukuze izinkinga zitholakale futhi zixazululwe ngokushesha ukuze kugwenywe amathuba okuhluleka komshini ngesikhathi sokusebenza, nokuqinisekisa ukuthi imishini isebenza ngokuzinzile. Ngakho yimuphi umsebenzi odingekayo ngaphambi kokuba umshini wokusika we-laser uvulelwe? Kunamaphuzu angu-4 abalulekile: (1)Hlola umbhede wonke we-lathe; (2)Hlola ukuhlanzeka kwelensi; (3) Ukulungisa iphutha le-coaxial yomshini wokusika we-laser; (4) Hlola isimo somshini wokusika we-laser.

Isikhunta esivamile sokusika insimbi kade samukelwa ekusikeni kwepuleti le-electrode yebhethri le-NEV. Ngemva kokusetshenziswa isikhathi eside, umsiki angase agqoke, okubangela inqubo engazinzile kanye nekhwalithi embi yokusika yamapuleti e-electrode. I-Picosecond laser cutting ixazulula le nkinga, engagcini nje ngokuthuthukisa ikhwalithi yomkhiqizo nokusebenza kahle kodwa futhi kunciphisa izindleko eziphelele. Ifakwe S&A i-laser chiller esheshayo engagcina ukusebenza okuzinzile kwesikhathi eside.

Mhlawumbe ukhohlwe ukwengeza isinqanda-qhwa. Okokuqala, ake sibone imfuneko yokusebenza ku-antifreeze ye-chiller futhi siqhathanise izinhlobo ezihlukahlukene ze-antifreeze emakethe. Ngokusobala, lezi 2 zifaneleka kakhulu. Ukwengeza i-antifreeze, kufanele siqale siqonde isilinganiso. Ngokuvamile, lapho wengeza i-antifreeze eyengeziwe, amanzi ayancipha abe yiqhwa, futhi mancane amathuba okuba abe yiqhwa. Kodwa uma wengeza kakhulu, ukusebenza kwayo kwe-antifreezing kuzokwehla, futhi kudle kakhulu. Isidingo sakho sokulungiselela isisombululo ngesilinganiso esifanele ngokusekelwe kuzinga lokushisa lasebusika esifundeni sakho.Thatha i-fiber laser chiller engu-15000W njengesibonelo, isilinganiso sokuxuba singu-3:7(I-Antifreeze: Amanzi Ahlanzekile) uma sisetshenziswa endaweni lapho izinga lokushisa lingekho ngaphansi kuka -15℃. Okokuqala thatha u-1.5L we-antifreeze esitsheni, bese ufaka u-3.5L wamanzi ahlanzekile ngesisombululo sokuxuba esingu-5L. Kodwa umthamo wethangi lale makhaza cishe u-200L, empeleni udinga cishe u-60L we-antifreeze kanye no-140L wamanzi ahlanzekile ukuze ugcwalise ngemva kokuxutshwa okujulile. Bala...

I-X Action Codename: Bhubhisa i-6000W Fiber Laser Chiller X Isikhathi Sesenzo: Umphathi AkakhoX Indawo Yesenzo: Guangzhou Teyu Electromechanical Co., Ltd.Inhloso yanamuhla ukucekela phansi i-S&A Chiller CWFL-6000. Qiniseka ukuthi uyawuqedela umsebenzi.S&A 6000W Fiber Laser Chiller Waterproof Test. Ivule i-fiber laser chiller engu-6000W futhi yafafaza amanzi ngokuphindaphindiwe kuyo, kodwa iqine kakhulu ukuthi ingacekela phansi. Isaqhubeka ngokujwayelekile. Ekugcineni, umsebenzi wehlulekile!