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| Millennia® Pro i/s DPSS CW Laser |
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Next generation ProLite water-tight diodes- Rugged, reliable X-cavity design – permanently aligned and sealed, maintenance free laser head
- Low cost of operation with only one diode up to 6 W and two diodes up to 15 W
- Easy maintenance due to field replaceable FCbar™ fiber-coupled diodes
- Patented cavity design provides ultra-low optical noise level of less than 0.04% rms (10 Hz to 0.1 GHz) for all models
- T-tune control software assure the pump diodes operate at their optimum current and pump wavelength
- Ultra-compact size readily integrated into any application, the Millennia s Series is 60% smaller than the competitive design
- Beam position mechanically indexed for reproducible installations
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Product Detail
Specifications
Downloads
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The Spectra-Physics Millennia® Pro Series sets the standard for CW 532 nm green lasers. When the Millennia family was first introduced in 1996, its ultra low noise and inherent reliability made it an overnight success and an ideal replacement for ion lasers. Over the past 10 years, Spectra-Physics has made systematic improvements to this laser family. Today, the Millennia Pro, backed by the most reliable diode lasers available, delivers unsurpassed performance. They operate in TEM00 mode and are offered with an output power range from 2 W up to 15 W.
All Millennia Pro lasers feature next generation ProLite® diode pump technology offering unprecedented reliability, stability and longevity. The ProLite diode design is based on a phosphorus-based active area and the improved, watertight FCbar™ package isolates the diode from debris and humidity. The result is a lifetime and stability unmatched in the industry.
The Millennia Pro industrial (i) series uses a monolithic architecture and advanced thermal design to provide unprecedented power stability and beam-pointing performance with a minimum footprint.
The Millennia Pro scientific (s) series combines all advantages in a compact, CDRH-compliant package appropriate for a wide range of applications. |
Applications |
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Pump source for Ti:sapphire and dye lasers - Spectroscopy
- Disk texturing
- Semiconductor wafer inspection
- Film subtitling
- Materials processing
- Photoluminescence
- Particle scattering
- Raman imaging
- Flow cytometry
- Metrology
- Medical diagnostics
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