Ukunikezwa kwefekthri i-Ar Coated @1064nm ND YAG Crystal Rod ye-Laser Welding kanye Nomshini Wokusika
Ukunikezwa kwefekthri i-Ar Coated @1064nm ND YAG Crystal Rod ye-Laser Welding kanye Nomshini Wokusika
Amakristalu e-Nd:YAG, Nd:YLF kanye ne-Nd:YVO4 alungele ama-laser wesimo esiqinile asetshenziselwa ukushisela, ukusika kanye nezinhlelo zokusebenza ze-micro-machining.
Ukucaciswa
Usayizi wenduku: 3 - 30mm ububanzir (+0.0,-0.05);
Ubude:1 - 300mm ubude(+/-0.5);
Ama-Slabs:(3-50)mm ubude *(3-8)mm ububanzi *(30-200)mm Ukuphakama;
I-Dopant concentration:0.3% - 2.5%;
UbusoUkupholisha;
Izakhiwo:
| I-Doping (atm%) | 0.1%-2.5% |
| Ukuqondisa | <111>,<100>,<110>i-crystalline direction |
| Isakhiwo sekristalu | I-Cubic |
| I-Wavefront Distortion | λ/10 intshi ngayinye @632.8nm |
| I-Dimension Tolerance | Izinduku ezinodayamitha +0/-0.05, Ubude: ±0.1mm |
| UbusoQukuphila | 60/40,40/20,10/5 |
| I-Surface Flatness | λ/10@632.8nm |
| Isilinganiso sokuqedwa | 25dB ubuncane |
| I-Chamfer | <0.1mm@45° |
| Ukugqoka | AR/HR/PR enamathela phezu kwekhasimende's isicelo |
Izinzuzo ze-Nd:YAG crystals
Ukuzuza okuphezulu
Umkhawulo ophansi
Ukusebenza kahle okuphezulu
Ikhwalithi ephezulu yokubona
Ukulahlekelwa okuphansikwe 1064nm
Amandla amakhulu emishini
Ifanele izindlela ezahlukene zokusebenza (cw, pulsed, Q-switched,
Imodi ikhiyiwe, ukuphindwa kabili kobuningi)
Ifanele ama-laser amandla aphakathi nendawo
I-conductivity enhle ye-thermal kanye nezici zokushaqeka kwe-thermal
Izicelo Ezijwayelekile
Ukumaka nge-laser;
Umuthi we-Laser;
Ukunqunywa kwe-laser;
Ukusika i-Laser;
I-laser welding.
Imikhiqizo ebonisiwe
