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The LSX-213, the latest addition to our Laser Ablation lineup, represents a huge leap forward in Laser Ablation system performance. With unmatched power output from the 5ns pulse width 213nm Nd:YAG laser coupled with sample viewing and illumination allow a direct interaction between analyst and analyte.
- Frequency quintupled 213 nm Q-switched Nd:YAG laser
- >4.0 mJ/pulse laser energy (high density-homogenized beam)
- Wide variety of sample cells to accommodate most sample shapes and sizes
- USB or Serial connection
 The LSX-213 is the pinnacle of performance and simplicity. The CETAC LSX-213 delivers high intensity 213 nm, 5 nanosecond laser pulses at rates of 1-20 Hz. The homogeneous flat top energy profile of the laser produces aperture spot sizes from 10 to 200 micron while maintaining a constant energy density. The laser output energy is fully adjustable to produce as much, or as little ablation necessary to analyze virtually any solid sample - ideal for geological, forensic industrial and biological samples.
The LSX-213 is built on the proven, stable LSX Laser Ablation platform, giving it an unparalleled degree of ruggedness and tolerance to changing environmental conditions. Since the laser and the optics are thermally and mechanically isolated with no protruding parts, the laser and optical alignment stay put for the lifetime of the system.
Changes for the LSX-213 have resulted in an improved video system with the largest field of view and an extraordinarily bright illumination system for polarized reflected lighting, polarized transmitted lighting or both simultaneously. The built in mass flow controller allows precise control of Helium flow to take advantage of this proven technique for efficient and consistent sample transport into whichever ICP-AES or ICP-MS you choose.
Laser
- Frequency quintupled 213 nm Q-switched Nd:YAG laser
- High energy/density, >4mJ, 5 ns pulse width laser output
- Homogenized beam with flat-top energy profile
- User selectable laser shot repetition rate 1-20 Hz
- Variable laser output energy from 0-100% in 5% increments
- Sealed, mechanically and thermally isolated laser, optics and viewing system
- Uniform energy density across all spot sizes
Computer hardware and software
- Integrated laser system control software with ICP or ICP-MS computer running Windows™ XP, 2000 or NT
- Software operation of Helium mass flow controller for sample carrier gas
- Universal communication protocol for synchronization of ICP-MS and laser systems via USB or serial interface
- Spot and sample feature size measurement tools
- Image capturing and annotation
- On-line help, service and maintenance databases
- Automated video zoom and sample motion control
- Software controlled, uninterrupted depth profiling for hole drilling >1mm
- Class 1 enclosure with multiple safety interlocks
Viewing Optics and Video System
- Computer-controlled, continuously adjustable parfocal video microscope
- High intensity LED lighting arrays for excellent sample visibility
- Continuously variable, high intensity reflected and transmitted light
- Computer controlled rotating polarizers
- Mechanically and thermally isolated laser and viewing platform for maximum stability
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