Used LEAP / CTC HTC PAL #9087564 for sale

LEAP / CTC HTC PAL
Manufacturer
LEAP / CTC
Model
HTC PAL
ID: 9087564
Autosampler Front end automation for LC and LC-MS microplate applications Ready for "Open Access" technology Interfaces with any major LC-MS system Includes: MZ02-00E, MH 01-00B, MN 01-00, MP 02-00C.
LEAP / CTC HTC PAL is an advanced spectrometer designed for the analysis of the elemental composition of solid, liquid, and gaseous samples. The equipment is comprised of three major components: a laser-induced breakdown spectrometer (LIBS), a high-temperature atomic emission spectrometer (HTC-AES), and a particle-induced x-ray emission spectrometry (PIXE). The LIBS technology yields data from a range of elements in the sample by stimulating atoms within the sample with a laser and measuring the resulting light emission spectrum. The HTC-AES component measures the wavelength of the light, allowing for an accurate analysis of the elemental composition of the sample, while the PIXE technology provides additional detail on the sample's elemental composition by detecting x-rays emitted from the sample when bombarded with accelerated charged particles. These components together enable the system to produce detailed elemental composition data while keeping the sample size to a minimum. CTC HTC PAL utilizes a dynamic range of collection settings to ensure optimum performance. The unit can be set to collect data on mass spectrometry an atomic spectroscopy, which allows for the development of quantitative chemical information. In addition, the machine's PLD (Particle-Laser-Driven) technology platform allows for a wide range of materials to be analyzed, including gas-liquid-solid samples. LEAP HTC PAL features an intuitive user interface, allowing operators to control processing and analysis of their samples. In addition, the tool's powerful analysis and optimization tools enable users to customize their analysis to their precise needs. This is especially useful in the analysis of complex samples. The asset is designed for longevity, with a range of features that support long-term operation, including a sealed vacuum tube for easy access and extended operating life expectancy. In addition, a comprehensive array of additional peripherals allow operators to extend the capabilities of the model to suit their precise needs. Overall, HTC PAL is an advanced spectrometer equipment capable of providing detailed data on the elemental composition of solid, liquid, and gaseous samples in an efficient and cost-effective manner. The system's dynamic range of collection settings, powerful optimization tools, and longevity ensure that users can customize their analysis to their exact needs with greater accuracy and reliability.
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