1. Lapangan Scan
Bidang sing luwih gedhe sing dipindai lensa, lensa f-theta luwih populer.Nanging lapangan pindai sing gedhe banget bisa nyebabake akeh masalah, kayata titik sinar lan penyimpangan.
2. Dawane fokus
Dawane fokus (wis ana apa-apa karo lensa f-theta jarak kerja, nanging ora padha karo jarak kerja).
a.Bidang pindai sebanding karo lapangan pindai sing luwih gedhe fokus fokus mesthi bakal nyebabake jarak kerja sing luwih dawa, tegese konsumsi energi laser luwih akeh.
b.Dhiameter balok fokus sebanding karo dawa fokus, sing tegese nalika lapangan pemindaian mundhak nganti ukuran tartamtu, diametere gedhe banget.Beam laser ora fokus uga, Kapadhetan energi laser sudo kanti awon ( Kapadhetan kuwalik proporsional kanggo kothak diameteripun) lan ora bisa proses uga.
c.Luwih dawa fokus, luwih gedhe panyimpangan.
Ora. | EFL (mm) | Sudut Pindai (±°) | Bidang pindai (mm) | Maks.Pupil (mm) | Dawane (mm) | Jarak kerja (mm) | Dawane gelombang (nm) | Diagram Titik (um) | Utas (mm) |
1064-60-100 | 100 | 28 | 60*60 | 12 (10) | 51.2*88 | 100 | 1064nm | 10 | M85*1 |
1064-70-100 | 100 | 28 | 70*70 | 12 (10) | 52*88 | 115.5 | 1064nm | 10 | M85*1 |
1064-110-160 | 160 | 28 | 110*110 | 12 (10) | 51.2*88 | 170 | 1064nm | 20 | M85*1 |
1064-110-160B | 160 | 28 | 110*110 | 12 (10) | 49*88 | 170 | 1064nm | 20 | M85*1 |
1064-150-210 | 210 | 28 | 150*150 | 12 (10) | 48.7*88 | 239 | 1064nm | 25 | M85*1 |
1064-175-254 | 254 | 28 | 175*175 | 12 (10) | 49,5*88 | 296.5 | 1064nm | 30 | M85*1 |
1064-200-290 | 290 | 28 | 200*200 | 12 (10) | 49,5*88 | 311.4 | 1064nm | 32 | M85*1 |
1064-220-330 | 330 | 25 | 220*220 | 12 (10) | 43*88 | 356.5 | 1064nm | 35 | M85*1 |
1064-220-330 (L) | 330 | 25 | 220*220 | 18 (10) | 49.5*108 | 356.6 | 1064nm | 35 | M85*1 |
1064-300-430 | 430 | 28 | 300*300 | 12 (10) | 47.7*88 | 462.5 | 1064nm | 45 | M85*1 |
1064-300-430 (L) | 430 | 28 | 300*300 | 18 (10) | 53.7*108 | 462.5 | 1064nm | 45 | M85*1 |