SLA (Stereolithographia) est processus fabricandi additivus qui operatur per UV laser ponens in dolio resinae photopolymer. Ope computatrum adiutum fabricandi vel computatrum consilio adiuvando (CAM/CAD) programmatum, UV laser adhibetur ut consilium prae-programmatum vel figuram in superficie lacus photopolymi ducere soleat. Photopolymeri sentiunt lucem ultravioletam, resina photochemice solidatur et unum iacum efficit desiderati 3D obiecti. Hic processus pro unaquaque parte consilii iteratur donec 3D obiectum sit completum.
CARMANHAAS emptorem offerre potuit systematis optici principaliter comprehendens ieiunium Galvanometer Scanner et F-THETA lens scan, Tignum expansor, Speculum, etc.
355nm Galvo Scanner Head
| Exemplar | PSH14-H | PSH20-H | PSH30-H |
| Aqua frigus / signati scan capitis | sic | sic | sic |
| Apertura (mm) | 14 | 20 | 30 |
| Efficens Scan Angulus | ±10° | ±10° | ±10° |
| Error tracking | 0.19 ms | 0.28ms | 0.45ms |
| Gradus Responsio Tempus (I% of scale) | ≤ 0.4 ms | ≤ 0.6 ms | ≤ 0.9 ms |
| Typical Volo | |||
| Positioning / jump | < 15 m/s | < 12 m/s | < 9 m/s |
| Recta intuens / raster intuens | < 10 m/s | < 7 m/s | < 4 m/s |
| Typical vector intuens | < 4 m/s | < 3 m/s | < 2 m/s |
| Boni Scriptum qualis | 700 cps | 450 cps | 260 cps |
| Princeps scripturae qualis | 550 cps | 320 cps | 180 cps |
| Precision | |||
| Linearity | 99.9% | 99.9% | 99.9% |
| Resolution | ≤ 1 urad | ≤ 1 urad | ≤ 1 urad |
| Repeatability | ≤ 2 urad | ≤ 2 urad | ≤ 2 urad |
| Temperatus Drift | |||
| Drift cinguli | ≤ 3 urad/℃ | ≤ 3 urad/℃ | ≤ 3 urad/℃ |
| Qver 8hours Long-Term cinguli PERFLUO Post 15min moneo-up） | ≤ 30 urad | ≤ 30 urad | ≤ 30 urad |
| Temperature Range operating | 25℃±10℃ | 25℃±10℃ | 25℃±10℃ |
| Signum Interface | Analog: ±10V Digital: XY2-100 protocol | Analog: ±10V Digital: XY2-100 protocol | Analog: ±10V Digital: XY2-100 protocol |
| Input Power opus est (DC) | ±15V@ 4A Max RMS | ±15V@ 4A Max RMS | ±15V@ 4A Max RMS |
355nmF-Theta Lenses
| Pars Description | Arx Longitudo (mm) | Scan Field (mm) | Max introitus Pupilla (mm) | Opus Distantia (mm) | Adscendens Thread |
| SL 355-360-580 | 580 | 360x360 | 16 | 660 | M85x1 |
| SL 355-520-750 | 750 | 520x520 | 10 | 824.4 | M85x1 |
| SL-355-610-840-(15CA) | 840 | 610x610 | 15 | 910 | M85x1 |
| SL-355-800-1090- (18CA) | 1090 | 800x800 | 18 | 1193 | M85x1 |
355nm Beam Expander
| Pars Description | Expansion Ratio | Input CA (mm) | Output CA (mm) | habitationem Dia(mm) | habitationem Longitudo (mm) | Adscendens Thread |
| BE3-355-D30:84.5-3x-A(M30*1-M43*0.5) | 3X | 10 | 33 | 46 | 84.5 | M30*1-M43*0.5 |
| BE3-355-D33:84.5-5x-A(M30*1-M43*0.5) | 5X | 10 | 33 | 46 | 84.5 | M30*1-M43*0.5 |
| BE3-355-D33:80.3-7x-A(M30*1-M43*0.5) | 7X | 10 | 33 | 46 | 80.3 | M30*1-M43*0.5 |
| BE3-355-D30:90-8x-A(M30*1-M43*0.5) | 8X | 10 | 33 | 46 | 90.0 | M30*1-M43*0.5 |
| BE3-355-D30:72-10x-A(M30*1-M43*0.5) | 10X | 10 | 33 | 46 | 72.0 | M30*1-M43*0.5 |
355nm Speculum
| Pars Description | Diameter(mm) | Crassitudo (mm) | Coating |
| 355 Speculum | 30 | 3 | HR@355nm,45° AOI |
| 355 Speculum | 20 | 5 | HR@355nm,45° AOI |
| 355 Speculum | 30 | 5 | HR@355nm,45° AOI |
