Jenway 6500 Series Spectrophotometers

Wide Range of operation - The model 6500 visible spectrophotometer can be used between 320 and 1100 nms (at 0.1 nm intervals), while the model 6505 UV/Visible Spectrophotometer extends this range to between 190 and 1100 nms (at 0.1 nm intervals). Photo metrics, Spectrum scanning, Multi-wavelength, Quantitation and Kinetic measurements are all implemented in a user friendly manner.
Graphics Display - Both models feature ¼ in. VGA back lit monochrome LCD giving a clear readout of calibration data, sample data and all set-up options.
Printer - A 40 column impact mechanism printer can be fitted to either instrument to allow a hard copy of all readings to be produced. The printer is capable of reproducing spectrum, kinetics and quantitation scans graphically for future reference along with appropriate statistics. The 6500 series also includes a Centronics Parallel Port drives a IBM PC compatible desktop printer.
Good Laboratory Practice - This is supported by a series of features. A user set identification number is be entered into any instrument (up to 20 digits in length) and this number will appear on any printouts produced by the instrument. Also contained on each printout is a sample number, the sample reading, the units of measurement, the wavelength of analysis and the current time and date. The instruments are supported by traceable calibration standards to provide the on-going accuracy required for Good Laboratory Practice protocols. Each unit carries the CE mark and is covered by a three year warranty.
Automatic Results Log - Readings can be stored in a data file when the print key is pressed or at a user set time interval or by a multiple sample assay using the eight position cell holder. Data files have a user entered identification and can be saved in the instruments internal memory or to a data memory card. Results saved in the instruments memory can be transferred to a memory card.
Method Storage - Method storage allows all user set parameters to be saved against a user identification. A method can be subsequently recalled which configures the instrument (including operating mode) to the saved parameters. The instrument settings settings for a recalled method can be altered and subsequently saved against the same or a different method identification. Methods can be saved in the instruments internal non-volatile memory or to a data memory card. Methods saved in the instruments memory can be transferred to a memory card. The instruments memory has the capacity to store a minimum of 50 methods.