Mispa-i3 is an automated cartridge based specific protein analyzer designed to deliver consistent and reproducible result with ease and at affordable cost. Mispa i3 adopts dual measuring channels - Rate based Nephelometry & Immuno-turbidimetry for best sensitivity and linearity during the blood testing.

• Rate based Nephelometry & Immuno-turbidimetry methods.
• 23 parameter assay model.
• Patented Unique Channel Shifting (UCS) Technology - Sensitivity and Linearity at its best.
• Smart Card Calibration.
• Prefilled reagent cartridges.
• Inject Aspiration system (IAS) ensures precise and accurate result Quadra 'S' System (Slow start slow stop)
• Prozone detection function.
• Automatic pre -dilution of samples.
• Fully closed system - No user interface.
• 3 QC files for each parameter for 30 days.
• 1000 patient result storage.
• 30 min battery backup.

Benefits

• Best sensitivity and Linearity due to dual measuring channels (Rate Based Nephelometry and immuno-turbidimetry).
• Freedom to perform special parameters like D-Dimer, CRP, HbA1c, hSCRP, Vitamin D, H-Pylori, etc
• Fast and accurate results with minimum TAT and less interference
• Easy reproducibility of results
• Zero calibration cost due to smart card calibration
• No false reporting due to prozone detection feature
• Ready-to-use individual test cartridges.

Mispa i3 works based on Rate Based Nephelometry & Immuno-turbidimetry technology. Rate Based Nephelometry and Immunoturbidimetry are analytical chemistry methods used in Blood Testing for determining the amount of cloudiness, or turbidity in a solution.
The technology is based upon the measurement of the effect of turbidity upon the transmission and scattering of light through the sample. In Nephelometry the intensity of the scattered light is measured, whereas in Turbidimetry the intensity of light transmitted through the sample is measured, often at a particular angle.
The analyzer uses a patented Unique Channel Shifting (UCS) Technology. UCS technology is the reason behind Mispa i3's advancement in terms of quick turnaround time and high precision. The combination of two measuring technologies ensures high linearity and sensitivity.