Used PERKIN ELMER Lambda 950 #9262065 for sale

PERKIN ELMER Lambda 950 is a spectrophotometer that uses ultraviolet (UV) and visible (Vis) light for quantitative analyses. It gives accurate measurements on a wide variety of samples in multiple sample formats, and is also portable. This device consists of a lamp, grating, filter, sample compartment, display, and a scanner. The lamp of Lambda 950 emits the light that is used for quantitative analysis. It includes a deuterium lamp that generates UV light, and a halogen lamp that generates Vis light. The light passes through a diffraction grating which diffracts the light into a dispersion spectrum. The spectrophotometer then uses a filter wheel to obtain different wavelength bands. The sample compartment of PERKIN ELMER Lambda 950 analyzes samples in both cuvette and microplate formats. For the cuvette format, it measures samples from 0.2 mL to 2 mL in size via a sample holder. For the microplate format, it uses a robotic arm to take samples from up to 12 microplates each with up to 96 wells. Lambda 950 uses a high-quality color display to show a variety of sample readings. The display provides simultaneous views of the spectral profile and the control panel. Additionally, it has a single-toggle switch that can turn the data acquisition mode on or off. It also comes with an automated scan feature to perform multiple scans speedily. Finally, PERKIN ELMER Lambda 950 features a scanner to analyze sample data. The scanner can be controlled using a programmable logic controller, which allows the user to configure Lambda 950 for various measurements. It can scan and measure from 250 nanometers to 800 nanometers and its data can be transferred to a computer or printer. Overall, PERKIN ELMER Lambda 950 is a versatile spectrophotometer that provides robust measurements for UV and Vis wavelengths. It is capable of analyzing samples of various sizes, and can connect to external devices for printing and data transfer. Lambda 950 is suitable for various analytical laboratory and field applications and is a great choice for those looking for spectrophotometric measurements.