The world's highest class high output single frequency semiconductor laser Topwave 405
TOPTICA Photonics AG
About This Product
■ Excellent cost effects. To replace the gas laser. Provides hands -free operations for lysography and holography applications.
・ Low cost operation available
・ 1watt @405nm
・ Excellent beam quality, m² = 1.15 (typical value)
・ Corp. 100m
It is an ideal laser system for replacing KR+gas lasers (406.7nm and 413.1nm), which has a large power consumption (406.7nm and 413.1nm), which has been commonly used for holographics and lithography. 405nm achieves 1W output and excellent beam quality. Beam diameter and m² (Typ. 1.15) are designed according to the existing gas laza parameters, so it can be easily integrated into the conventional system without significantly changing the optical system.
In addition, since the coherence length is very long at 100m or more, stable patterns can be generated in Lithigraphy and Holography.
■ Highest Efficiency - Low Cost of Ownership
The gas laser requires a complicated water -cooled chiller with a few kilowatts consumption and handling, but adopts the "all semiconductor laser" Topwave 405 method, and does not require water -cooled tillers with low power consumption of 100W or less. The operation cost is greatly reduced and greatly contributed to the improvement of oronasip costs. In addition, the adoption of a long -lived semiconductor laser has a longer maintenance cycle, and the renovation costs can be dramatically reduced.
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Product
The world's highest class high output single frequency semiconductor laser Topwave 405
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Handling Company
TOPTICA Photonics AG
1 Models of The world's highest class high output single frequency semiconductor laser Topwave 405
| Product Image | Part Number | Price (excluding tax) | Beam elliptical rate | Beam position stability | Beam quality | Beam spread angle (full -width) | Beam waist diameter | Beam waist position | Coherence chief | Communication interface | Connection cable length | Environmental conditions during transportation | Laser head cooling system | Laser head external dimensions (H X W x D) | Laser head weight | LifeTime (min. / Typ.) | M² type. (Maximum) | Non -piggyrot aberration | Operating temperature | Oscillation line width (@5US) | Output stability (8 hours or more) | Polarized characteristics | Power controller cooling system | Power controller weight | Power supply controller external dimension (H X W x D) | Power supply specifications | RMS noise (10Hz -10MHz) | Warm -up time: From cold start | Warm -up time: From standby state | output | power consumption | wavelength |
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TopWave 405 |
Available upon quote | 0.9 ~ 1.1 | ≤ 5 µrad | TEM00 | ≤ 0.6mrad | 1.5 ± 0.2mm | Front Bezel ± 25% of Rayleigh Range | > 100m | Ethernet, USB | 2m | -10 ~+50 ° C, there is no condensation during transportation | Conado cooling | 127 x 295 x 500mm³ | 22kg | 5,000H / 10,000h | 1.15 (≤ 1.3) | ± 25% for the Rayley length | Stable to 20 to 30 ° C, ± 1 ° C, no condensation | <1MHz | ≤ 1% | Linear, vertical, ± 3 °,> 100: 1 | Convention cooling | 9kg | 154 x 448 x 378mm³ | AC100-240V, 50/60Hz | ≤ 0.6% | <2H | <15min | 1w | <100W | 405 ± 0.5nm |
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About Company Handling This Product
- Germany
- Since 1998
- 490 employees