Used WATERS Bus/Lace #9106204 for sale

WATERS Bus/Lace is an innovative spectrometric instrument that can be used for multiple purposes, such as: imaging and analyzing complex mixtures; analyzing and measuring spectral qualities; and more. It is particularly well-suited for the analysis of multi-component sample types. The Bus/Lace features a patented modular design which makes the device extremely adaptable and versatile. With up to eight optical channels, it can be configured for a wide range of applications. The instrument has a compact design which allows for easy transport, setup, and operation. In the heart of the Bus/Lace is the patented "laser array light source" (LALS). This advanced light source uses a unique, combined optical system which optimizes the hardware for efficient spectral measurement. It efficiently supplies and directs light through an array of carefully crafted, free-space optical elements which provides up to eight different analysed spectra. This single optical system substantially reduces the need for additional hardware, allowing for a cost and space-efficient design. The Bus/Lace is equipped with a unique "fork power spectrometry" (FPS) system that can be used for rapid spectral characterisation. This power-based imaging technology accurately captures full spectral range of ultra-fast I-V curves without noise artifacts. The Bus/Lace also features a cross platform optical interface, which can be used for precise spectroscopic measurements over large sample volumes, offering the highest possible accuracy. The Bus/Lace combines the latest spectrometric technologies with robust software platforms that provide real-time data acquisition, analysis and display. The device operates efficiently, displaying results in as little as 3 seconds. Highly visual and intuitive, the interface is designed to streamline complex measurements and significantly reduce analysis time. Overall, WATERS Bus/Lace is a powerful spectrometric instrument that offers integrated image acquisition, analysis, and display, speeding up laboratory work and improving results for a wide range of applications. Its adaptable design increases its versatility across numerous experimental setups and sample types, making it suitable for everything from laboratory-wide investigations to routine maintenance tasks.