The world's highest class high output single frequency semiconductor laser Topwave 229
TOPTICA Photonics AG
About This Product
■ DUV Raman Industrial CW laser
・ 10MW@229nm
・ Narrow line width (<1MHz ≙ <4 x 10^-5 cm^-1)
・ Divide limit beam quality (m² <1.3)
・ User friendly, turn key system
・ Long life (> 10,000h)
This is a new choice with exciting as a light source for deep -pooled outer divide light. Users who are looking for ease of use and reliable lasers can select the application in focus on the application without hesitation. Depending on the deep -pole outer wavelength and ultra -narrow line width, it has a characteristic of playing an important role as an excitation light source in the field of deep -purifier raman spectroscopy and deep -ultraviolet fluorescent spectroscopy.
In order to avoid overlaps between the spectrum range of the Raman Signal and the native fluorescent, the excitation in a short wave length is extremely important for fluorescent fluoraman. Compared to fluorescent, the raman effect is several digits, and even extremely small fluorescence covers raman radiation. Fluorescent spectroscopy is effective from radiation at 228.5 nm, and can detect molecules in fluorescent spectrum in areas of 270 nm or less. This can only be excited by short -wavelength light sources.
We provide further advantage as a CW laser. Avoid nonlinear and saturated problems that are common to pulse laser light sources.
The compact footprint and low heating characteristics are effective for restricted spaces and sensitive applications. Usable, hand -off operation with system life (Typ.10,000 HRS) is due to the fully automatic optimization routine of internal optical mechanics. All UV beam paths are closed to specially shielded parcels to supply the best reliability and diffraction limit beam quality (m² <1.3).
The state -of -the -art controller provides a wide range of options for operations. On the other hand, the user in the laboratory may ask the controller to be ease of use, like a touch screen, or a dedicated soft TOPAS PC GUI. System integrators enable smooth integration with comprehensive command languages with major control software.
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Product
The world's highest class high output single frequency semiconductor laser Topwave 229
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Handling Company
TOPTICA Photonics AG
1 Models of The world's highest class high output single frequency semiconductor laser Topwave 229
| Product Image | Part Number | Price (excluding tax) | At the temperature range operation | Beam elliptical rate | Beam position stability | Beam spread angle (full -width) | Beam waist diameter@1m (1/e²) | Communication interface | Connection cable provision | Cooling conditions laser head | Cooling conditions power controller | Hadestration ratio (PER) | Laser head dimension | Life (min. / Typ.) | Line voltage | M² | Oscillation line width | Output stability | Polarized characteristics | Power controller dimensions | RMS noise | Side mode | Temperature range storage and transportation | output | power consumption | wavelength |
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TopWave 229 |
Available upon quote | Stable to 20 ° C to 30 ° C, ± 1 ° C, no condensation | 0.9 ~ 1.1 | <± 5 µrad | <1.2mrad | 0.4mm ± 0.2mm | USB, Ethernet | 2m | Conduction | Air cooling | > 200: 1 | 135 x 295 x 470mm³ (H x W x D) | 3,000H / 10,000h | AC100-240V, 50/60Hz | M² x <1.3, m² y <1.3 | <1MHz | <2%, 8 hours | Straddle polarized, vertical <± 3 ° | 154 x 378 x 448mm³ (H X W X D) | <1% (10Hz -10MHz) | TEM00 | -10 ~+50 ° C, no condensation | 10MW | <250W (Typ. <120W) | 228.5nm ± 0.5nm |
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About Company Handling This Product
- Germany
- Since 1998
- 490 employees