Agappe Mispa FAB 120 Fully Automated Clinical Chemistry Analyzer

The Agappe Mispa FAB 120 is a fully automated clinical chemistry analyzer engineered for efficient routine biochemistry testing in hospitals, diagnostic centres and medical laboratories. It provides a photometric throughput of up to 120 tests per hour and operates as a discrete random-access analyzer with STAT sample priority, allowing urgent samples to be prioritized during routine laboratory workflow. The analyzer incorporates Agappe's Full-Sealed Matrix Spectrometric System (FMSS) with eight wavelengths from 340 to 670 nm. It supports colorimetric and turbidimetric assays and End Point, Fixed Time and Kinetic methodologies. The Mispa FAB 120 provides 40 sample positions and 40 reagent positions, with onboard reagent cooling. Its multifunction probe includes liquid-level detection, vertical collision detection and real-time reagent-volume monitoring. It also features an integrated touchscreen PC, bi-directional LIS connectivity and low water consumption of less than 1.8 L/hour, making it particularly attractive for laboratories seeking compact automation with controlled operating requirements. Key Features Fully automated clinical chemistry analyzer Up to 120 tests/hour Discrete random-access operation STAT sample priority 40 sample positions 40 reagent positions 24-hour onboard reagent cooling FMSS full-sealed optical system 8 wavelengths: 340–670 nm Colorimetry and turbidimetry End Point, Fixed Time and Kinetic methodologies Sample volume as low as 2 µL Minimum reaction volume of 150 µL Liquid-level detection Probe collision detection Real-time reagent-volume monitoring 50 UV plastic reaction cuvettes Reaction temperature of 37 ± 0.1°C CV <1% Bi-directional LIS connectivity STAT functionality Low water consumption: <1.8 L/hour Compact all-in-one touchscreen system Detailed Technical Specifications Specification Agappe Mispa FAB 120 Analyzer Type Fully Automated Clinical Chemistry Analyzer Operation Discrete, Random Access Throughput Up to 120 tests/hour Principle Colorimetry, Turbidimetry Methodologies End Point, Fixed Time, Kinetic STAT Priority Yes Sample Positions 40 Reagent Positions 40 Sample Volume 2–50 µL, 0.1 µL steps Minimum Reaction Volume 150 µL R1 Volume 150–450 µL R2 Volume 10–300 µL Reagent Cooling 24-hour onboard cooling Reagent Bottles R1: 30 mL / R2: 15 mL Sample Containers Primary tubes and sample cups Probe Combined sample/reagent probe Probe Protection Liquid-level & vertical collision detection Mixer High-polished nano-material mixer Reaction Cuvettes 50 UV plastic cuvettes Reaction Temperature 37 ± 0.1°C Optical System Full-Sealed Matrix Spectrometric System (FMSS) Light Source 12V/20W Halogen Tungsten Lamp Wavelengths 340, 405, 450, 510, 546, 578, 630, 670 nm Linearity Range 0–3.0 Abs Detector Photodiode Detector Array Precision CV <1.0% Calibration 1-point, 2-point, multi-point, Logit-4P/5P, spline, exponential, polynomial QC Westgard multi-rule, cumulative sum check, twin plot LIS Bi-directional PC Interface LAN/RJ45 Operating System Windows 7/10 Water Consumption <1.8 L/hour Dimensions 720 × 450 × 550 mm (L×D×H) Net Weight 50 kg Power AC 100–240V, 50/60Hz ±1Hz, 650VA