Used WOP FemtoLAB #293600868 for sale

WOP FemtoLAB is a femtosecond laser equipment that uses Laser Induced Breakdown Spectroscopy (LIBS) to analyze materials without sample preparation. It is an ideal tool for the characterization of small sample sizes and complex surfaces. The system includes a 10 kHz FemtoLAB femtosecond laser, a Dedicated Excitation Module (DExM), a sample and target chamber and a spectrometer. WOP FemtoLAB laser emits ultrashort femtosecond (10-15 second) pulses of light at a wavelength of 1064 nm, with a pulse width of 25 fs. The laser beam is delivered to the target via the DExM and is focused onto the sample through the use of two optics. Upon impact the laser beam sublimits the material and excites the species present, producing photons which are collected by the spectrometer. The laser's high temporal and spatial resolution provide the capability to analyze heterogeneous samples and provide information on the physical and chemical properties of the sample. The unit is capable of measuring the fragmentation of molecular bonds which can be used to detect single particle composition and distribution, allowing users to gain insight into the elemental composition of a sample. Additionally, the deep ultraviolet and infrared wavelengths enable applications in fields such as forensics, life sciences, and material analysis. The machine also has the capability to detect various toxins, hazardous materials, and environmental pollutants. Coupled with advanced software capabilities, such as spot detection, spectra corrections and analysis, and automated recording, FemtoLAB simplifies and expedites the analysis process for laboratory professionals. Ultimately, WOP FemtoLAB is an excellent source for fast, accurate, and non-destructive material analysis, with applications across a variety of industries and research applications. The tool is easily operated and maintained, and requires little calibration and minimal operator intervention. This all-in-one asset allows users to analyze samples quickly and accurately, all while utilizing extremely small sample sizes, making it an ideal solution for an array of analytical tasks.