Umatshini wokukhanya ochanekileyo kakhulu kunye nendima ebalulekileyo yee-Precision Chillers

Umatshini wokukhanya ochanekileyo kakhulu ubalulekile ekuveliseni izinto ezisebenza kakuhle kwiifowuni eziphathwayo, iinkqubo zeenqwelo moya, ii-semiconductors, kunye nezixhobo zomfanekiso eziphambili. Njengoko imveliso iqhubela phambili ekuchanekeni kwinqanaba le-nanometer, ulawulo lobushushu luba yinto ebalulekileyo ekuqinisekiseni uzinzo kunye nokuphindaphinda. Eli nqaku libonelela ngesishwankathelo somatshini wokukhanya ochanekileyo kakhulu, iindlela zawo zemarike, izixhobo eziqhelekileyo, kunye nokubaluleka okukhulayo kwee- precision chillers ekugcineni ukuchaneka komatshini.

1. Yintoni i-Ultra-Precision Optical Machining?
Umatshini wokusebenza nge-optical optical ochanekile kakhulu yinkqubo yokuvelisa ephucukileyo edibanisa izixhobo zoomatshini ezichaneke kakhulu, iinkqubo zokulinganisa ezichaneke kakhulu, kunye nolawulo olungqongqo lokusingqongileyo. Injongo yayo kukufezekisa ukuchaneka kwefom ye-sub-micrometer kunye noburhabaxa bomphezulu we-nanometer okanye i-sub-nanometer. Le teknoloji isetyenziswa kakhulu ekwenzeni i-optical, ubunjineli beenqwelo moya, ukucubungula i-semiconductor, kunye nezixhobo ezichanekile.

Iimpawu zoshishino
* Ukuchaneka kweFomu: ≤ 0.1 μm
* Uburhabaxa bomphezulu (Ra/Rq): Inqanaba le-nanometer okanye inqanaba le-sub-nanometer

2. Isishwankathelo seMarike kunye neMbono yoKhulo
Ngokutsho kweYH Research, imakethi yehlabathi yeenkqubo zoomatshini ezichanekileyo kakhulu ifikelele kwi-2.094 yeebhiliyoni zeerandi ngo-2023 kwaye kulindeleke ukuba ikhule iye kwi-2.873 yeebhiliyoni zeerandi ngo-2029.
Kule marike, izixhobo zomatshini wokukhanya ezichanekileyo kakhulu zixabisa i-880 yezigidi zeerandi ngo-2024, kwaye uqikelelo lufikelela kwi-1.17 yezigidi zeerandi ngo-2031 kunye ne-4.2% CAGR (2025–2031).

Iindlela zeSithili
* Emantla Melika: Eyona marike inkulu, ebiza i-36% yesabelo sehlabathi
* IYurophu: Ngaphambili yayilawula, ngoku itshintsha kancinci kancinci
* I-Asia-Pacific: Ikhula ngokukhawuleza ngenxa yezakhono zokuvelisa ezomeleleyo kunye nokwamkelwa kwetekhnoloji

3. Izixhobo eziphambili ezisetyenziswa kwi-Ultra-Precision Optical Machining
Umatshini wokusebenza ngokuchanekileyo kakhulu uxhomekeke kwikhonkco lenkqubo elidityaniswe kakhulu. Uhlobo ngalunye lwesixhobo lunegalelo ekuchanekeni okuphezulu ngokuthe ngcembe ekubumbeni nasekugqibezeleni izinto ezibonakalayo.

(1) Ukutshintsha kweDayimani okuNgqamileyo okuQinisekileyo (i-SPDT)
Umsebenzi: Isebenzisa isixhobo sedayimani sekristale enye yendalo ukuchwetheza iintsimbi ezithambileyo (Al, Cu) kunye nezinto ze-infrared (Ge, ZnS, CaF₂), igqibezela ukwakheka komphezulu kunye nomatshini wokwakha ngexesha elinye.

Ezona mpawu
* I-spindle ephethe umoya kunye nee-motor drives ezithe ngqo
* Ifikelela kwi-Ra 3–5 nm kwaye ifane ngokuchanekileyo < 0.1 μm
* Ivakalelwa kakhulu kubushushu bendalo
* Ifuna ulawulo oluchanekileyo lwe-chiller ukuze kuzinziswe i-spindle kunye ne-geometry yomatshini

(2) Inkqubo yokugqiba iMagnetorheological (MRF)
Umsebenzi: Isebenzisa ulwelo olulawulwa yimagnethi ukwenza ukupholisha kwinqanaba le-nanometer kwindawo ethile kwiindawo ezibonakalayo ezingabonakaliyo, ezizimeleyo, kunye nezichanekileyo.

Ezona mpawu
* Izinga lokususa izinto ezilungisekayo ngomgca
* Ifikelela kwimo echanekileyo ukuya kuthi ga kwi-λ/20
* Akukho mikrwelo okanye umonakalo ongaphantsi komhlaba
* Ivelisa ubushushu kwi-spindle kunye nee-magnetic coils, nto leyo efuna ukupholisa okuzinzileyo

(3) Iinkqubo zokulinganisa umphezulu ophakathi
Umsebenzi: Ukulinganisa ukuphambuka kunye nokuchaneka kwe-wavefront yeelensi, izibuko, kunye ne-freeform optics.

Ezona mpawu
* Isisombululo se-wavefront ukuya kuthi ga kwi-λ/50
* Ukwakhiwa ngokutsha komphezulu ngokuzenzekelayo kunye nohlalutyo
* Imilinganiselo ephindaphindwayo kakhulu, engeyiyo eyokuchukumisa
* Izinto zangaphakathi ezibuthathaka kubushushu (umz., ii-laser ze-He-Ne, ii-sensors ze-CCD)

4. Kutheni iiWater Chillers zibalulekile kwi-Ultra-Precision Optical Machining
Umatshini wokulungisa izinto ngendlela echanekileyo kakhulu ubuthathaka kakhulu kutshintsho lobushushu. Ubushushu obuveliswa ziimoto ze-spindle, iinkqubo zokupholisha, kunye nezixhobo zokulinganisa ezibonakalayo zinokubangela ukuguquka kwesakhiwo okanye ukwanda kwezinto. Nokuba yi-0.1°C ukuguquguquka kobushushu kunokuchaphazela ukuchaneka komatshini.
Ii-precision chillers ziqinisa ubushushu be-coolant, zisusa ubushushu obugqithisileyo, kwaye zithintele ukutyibilika kobushushu. Ngozinzo lobushushu oluyi-±0.1°C okanye ngaphezulu, ii-precision chillers zixhasa ukusebenza okulinganayo kwinqanaba le-sub-micron kunye ne-nanometer kuyo yonke imisebenzi yokugaya, ukupolisha, kunye nokulinganisa.

5. Ukukhetha iChiller yeZixhobo ze-Ultra-Precision Optical: Iimfuno Ezintandathu Eziphambili
Oomatshini be-optical abakumgangatho ophezulu bafuna okungaphezulu kweeyunithi zokupholisa eziqhelekileyo. Ii-precision chillers zabo kufuneka zinike ulawulo lobushushu oluthembekileyo, ukujikeleza kwegazi okucocekileyo, kunye nokudibanisa inkqubo ngobuchule. Uthotho lwe-TEYU CWUP kunye ne-RMUP zenzelwe ezi zicelo ziphambili, zibonelela ngezi zakhono zilandelayo:

(1) Ulawulo lobushushu oluzinzileyo kakhulu
Uzinzo lobushushu luqala kwi-±0.1°C ukuya kwi-±0.08°C, nto leyo enceda ukugcina ukuchaneka kwi-spindles, i-optics, kunye nezinto ezikwisakhiwo.

(2) Ulawulo lwe-PID olukrelekrele
Ii-algorithms ze-PID ziphendula ngokukhawuleza kwiinguqu zomthwalo wobushushu, zinciphisa ukugqithisela kwaye zigcina ukusebenza okuzinzileyo.

(3) Ukujikeleza kwegazi okucocekileyo, okumelana nokugqwala
Iimodeli ezifana neRMUP-500TNP ziquka ukuhluzwa kwe-5 μm ukunciphisa ukungcola, ukukhusela iimodyuli ze-optical, kunye nokuthintela ukwakheka kwezikali.

(4) Ukusebenza Okuqinileyo Kokupompa
Iimpompo eziphakamisayo ziqinisekisa ukuhamba okuzinzileyo kunye noxinzelelo kwiindawo ezifana neendlela zokubonisana, izibuko, kunye neespindles ezikhawulezayo.

(5) Uqhagamshelo oluHlakaniphileyo kunye noKhuselo
Inkxaso ye-RS-485 Modbus ivumela ukujonga ngexesha langempela kunye nolawulo olukude. Ii-alamu zamanqanaba amaninzi kunye nokuzixilonga kuphucula ukhuseleko lokusebenza.

(6) Iifriji ezinobuhlobo nokusingqongileyo kunye nokuthobela imithetho okuqinisekisiweyo
Ii-chillers zisebenzisa ii-refrigerants ezine-GWP ephantsi, kuquka i-R-1234yf, i-R-513A, kunye ne-R-32, ezihlangabezana neemfuno ze-EU F-Gas kunye ne-US EPA SNAP.
Iqinisekiswe ngokwemigangatho ye-CE, RoHS, kunye ne-REACH.

Isiphelo
Njengoko umatshini wokukhanya ochanekileyo kakhulu uhambela phambili ukuya ekuchanekeni okuphezulu kunye nokunyamezelana okuqinileyo, ulawulo oluchanekileyo lobushushu luye lwaba yinto efunekayo. Ii-chillers ezichanekileyo kakhulu zidlala indima ebalulekileyo ekuthinteleni ukushukuma kobushushu, ukuphucula uzinzo lwenkqubo, kunye nokuxhasa ukusebenza kwezixhobo zombane eziphambili, ukupolisha, kunye nokulinganisa. Ukujonga phambili, ukuhlanganiswa kwetekhnoloji zokupholisa ezikrelekrele kunye nokuveliswa kokukhanya okuchanekileyo kulindeleke ukuba kuqhubeke kuguquke kunye ukuhlangabezana neemfuno zemveliso yokukhanya yesizukulwana esilandelayo.