• Photometric measurements in Absorbance and Transmittance
• Concentration measurement by direct factor entry or against blank and standard
• Quantitation using up to 6 standards - with curve correction and correlation coefficient
• Kinetics with real time graphical display of sample and standard runs
• Spectrum - scanning any range from 320-1000nm
• Store up to 50 methods in each mode
• Includes free 30 day trial of PC software

An advanced measuring system with modes for Photometrics, Concentration, Quantitation, Kinetics and Scanning. The 6310 will meet the demands of a wide range of applications, especially those in the clinical, veterinary, environmental, general QC and performance testing areas.

Features include:

With a memory capacity of 50 methods for each mode, the fully open operating system ensures compatibility with reagent kits from most manufacturers, as well as enabling full customisation to the operator's choice of chemistries and operating procedures.

Simple keypad layout and novel customisable menus ensure reliable operation by unfamiliar users.

Supervisor Security functions, when activated, enable all the set up options to be locked. These cannot be changed without the entry of a security code number.

Simultaneous display of Absorbance, Transmission and Wavelength in the Photometrics mode means that manual range changing is not necessary.

Simple concentration measurements using a single standard or factor can be made in the concentration mode. The Quantitation mode allows more complex concentration methods to be programmed, using up to 6 standards to create a calibration curve. For each curve fit option a linearity correlation coefficient is calculated.

A real-time graphical display of Kinetic measurement is shown, along with the calculated concentration value and other relevant data.

The Spectrum Scanning mode allows scans to be made across and selected portion of the 320-1000nm range. The auto-ranging Absorbance axis allows scans to be commenced with no prior knowledge of the peak Absorbance level expected.