Xa kuyilwa iitafile ze-optical, iibreadboards, okanye izakhiwo zenkxaso zeenkqubo ze-laser, ii-interferometers, okanye ii-quantum sensors, ukhetho phakathi kwe-aluminium kunye nentsimbi engagqwaliyo alukho nje malunga nexabiso—sisigqibo esibalulekileyo esichaphazela indlela esebenza ngayo ubushushu, impendulo yokungcangcazela, ukuhambelana kwemagnethi, kunye nokuzinza kwexesha elide.
Kwi-ZHHIMG, sisebenza ngezixhobo zesinyithi ezinyamezelayo kakhulu kwiinkokheli zehlabathi kwi-photonics, i-semiconductor metrology, kunye nezixhobo zesayensi. Apha ngezantsi kukho uthelekiso oluneenkcukacha, oluqhutywa yisicelo ukunceda abahlanganisi beenkqubo ze-optical bakhethe izixhobo ezifanelekileyo—ezixhaswa zizakhono zethu zoomatshini eziqinisekiswe yi-ISO 2768-mK kunye ne-ASME B46.1.
Iikhrayitheriya eziphambili zokusebenza: I-aluminium vs. Intsimbi engatyiwayo
| Ipharamitha | I-aluminium ye-6061-T6 | 304/316 Intsimbi Engagqwaliyo |
|---|---|---|
| Uxinano | 2.7 g/cm³ | 8.0 g/cm³ |
| Ukuqhuba kweThermal | ~167 W/m·K | ~15 W/m·K |
| I-Coefficient of Thermal Expansion (CTE) | 23.6 µm/m·°C | 16–17 µm/m·°C |
| Ukuvumeleka kweMagnetic | Ayinamagnethi | Imagnethi encinci (304); engekho magnethi (316L) |
| Ukumelana nokugqwala | Ilungile (i-anodized); ityuwa/i-asidi ayilunganga | Igqwesile (ingakumbi i-316L) |
| Ukungakwazi ukusebenza | Igqwesile – ilungele iijometri ezintsonkothileyo | Ukuqina komsebenzi okuphakathi kufuna iindlela zezixhobo ezichanekileyo |
| Ukugqitywa komphezulu (Ra) | ≤0.2 µm inokufikelelwa | ≤0.1 µm kunye nokusila/ukupolisha okucolekileyo |
| Ukunyamezelana Okuqhelekileyo Kokuthe tyaba (ZHHIMG) | ±2 µm ngaphezulu kwama-600 mm | ±1.5 µm ngaphezulu kwama-600 mm |
Ixesha lokukhetha iAluminiyam
✅ Kufuneka umbane ophezulu oqhuba ubushushu – Ukutshisa ngokukhawuleza kobushushu obuvela kwii-laser mounts okanye kwiindawo zokufumana ubushushu
✅ Usetyenziso olunobunzima obuphantsi – Iibhentshi ze-optical eziphathekayo, iifreyimu ze-LiDAR ezifakwe kwi-drone
✅ Iimpawu zangaphakathi ezintsonkothileyo – Iitshaneli zokupholisa ezidityanisiweyo, izinto ezifakelwe ngemisonto, okanye izinto ezifakelweyo
✅ Ukucwangcisa iiprototypes ngendlela engabizi kakhulu – Imijikelo yokulungisa ekhawulezayo kunye nexabiso eliphantsi lezinto zokwakha
✅ Usetyenziso olunobunzima obuphantsi – Iibhentshi ze-optical eziphathekayo, iifreyimu ze-LiDAR ezifakwe kwi-drone
✅ Iimpawu zangaphakathi ezintsonkothileyo – Iitshaneli zokupholisa ezidityanisiweyo, izinto ezifakelwe ngemisonto, okanye izinto ezifakelweyo
✅ Ukucwangcisa iiprototypes ngendlela engabizi kakhulu – Imijikelo yokulungisa ekhawulezayo kunye nexabiso eliphantsi lezinto zokwakha
"Sitshintshe ibhodi yethu yokubhaka yelabhoratri ukusuka kwintsimbi ukuya kwi-aluminiyam eyosiweyo enemingxuma ecociweyo. Ixesha lokuntywila ngobushushu lehle ukusuka kwimizuzu engama-45 ukuya kweyesi-8."
— Inkokeli ye-R&D, i-Quantum Sensing Startup
Ukukhetha nini i-Stainless Steel (ekhethwayo yi-316L)
✅ Iindawo ezizinzileyo kakhulu – I-CTE esezantsi inciphisa ukushukuma kwi-interferometry yexesha elide
✅ Ukuhambelana kwe-vacuum okanye igumbi lokucoca – I-Outgassing <10⁻⁹ Torr·L/s·cm²; ihlangabezana nemigangatho ye-SEMI F57
✅ Iindawo ezidlakadlaka okanye ezifumileyo – Iilabhoratri zaselunxwemeni, i-marine optics, okanye iinkqubo zemifanekiso ye-biomedical
✅ Ukuthe tyaba okuphezulu kunye nokuqina – Kubalulekile kwiindawo ezibhekiselele kuzo kwiitafile ze-optical ze-calibration-grade
✅ Ukuhambelana kwe-vacuum okanye igumbi lokucoca – I-Outgassing <10⁻⁹ Torr·L/s·cm²; ihlangabezana nemigangatho ye-SEMI F57
✅ Iindawo ezidlakadlaka okanye ezifumileyo – Iilabhoratri zaselunxwemeni, i-marine optics, okanye iinkqubo zemifanekiso ye-biomedical
✅ Ukuthe tyaba okuphezulu kunye nokuqina – Kubalulekile kwiindawo ezibhekiselele kuzo kwiitafile ze-optical ze-calibration-grade
I-ZHHIMG ifikelela kwi-sub-micron flatness kwiipleyiti zentsimbi engagqwaliyo isebenzisa iiblanks ezithomalalisiweyo kuxinzelelo, i-CNC milling enamanqanaba amaninzi, kunye ne-lapping yokugqibela—iqinisekisa ukuphambuka kwe-peak-to-valley okungaphantsi kwe-0.5 µm ngaphezulu kwe-500 mm.
Amandla ethu oMatshini weSinyithi oGqibeleleyo
- Izixhobo: 6061/7075 Al, 304/316/17-4PH SS, Invar, Titanium
- Ukunyamezela: ±0.002 mm (±2 µm) kwiimilinganiselo ezibalulekileyo
- Ukugqitywa komphezulu: Ra 0.05–0.8 µm (njengoko isetyenzisiwe); ukuya kuthi ga kwiRa 0.01 µm xa kupolishiwa
- Iziqinisekiso: ISO 9001:2015, ISO 10110-7 (umgangatho womphezulu obonakalayo), uhlolo olulandelekayo lwe-NIST
- Ixabiso liyongeza: Ukupholisha okunzima, ukupholisha nge-electro, ukukrola nge-laser, ukulungiswa kokubhaka nge-vacuum
Ukulungele ukucacisa iqonga lakho elilandelayo le-Optical?
Nokuba ufuna iibhodi zesonka ze-aluminium ezilula ezineegridi ze-M6 ezicociweyo okanye iiplate zentsimbi engagqwaliyo ezizinzileyo kakhulu kwizixhobo zokufumanisa amaza adonsela phantsi, i-ZHHIMG inikezela ngezinto zesinyithi ezikumgangatho we-metrology kunye namaxwebhu apheleleyo kunye notshintsho olukhawulezileyo.
Isipho esikhethekileyo sabahlanganisi beenkqubo ze-Optical:
→ Ukubonisana ngokukhetha izinto simahla
→ Ikhithi yesampulu eneekhuphoni ezenziwe ngomatshini (Al + SS)
→ Ixesha lokunika ixesha elifutshane njengeentsuku ezisi-7 zoqwalaselo oluqhelekileyo
→ Ukubonisana ngokukhetha izinto simahla
→ Ikhithi yesampulu eneekhuphoni ezenziwe ngomatshini (Al + SS)
→ Ixesha lokunika ixesha elifutshane njengeentsuku ezisi-7 zoqwalaselo oluqhelekileyo
Yakha isiseko sakho se-optical ngokuchanekileyo onokukulinganisa.
I-ZHHIMG – Iindawo Eziyilwe Ngobuchule Zokukhanya, Ukulinganisa, kunye Nokufumanisa.
Ixesha lokuthumela: Matshi-20-2026