Automated Oxidation Stability Tester NOST-200 analyzes 6 samples at temperatures up to 250 °C for evaluating lipid oxidation. This system performs under elevated temperatures using preheated filtered air for uniform sample exposure. It tracks oxidation resistance with real-time pressure monitoring in sealed reaction vessels. This unit ensures stable airflow and thermal control for consistent test performance. Our Oxidation Stability Tester includes a touchscreen interface and enclosed chamber for standalone operation.
FAQ for Automated Oxidation Stability Tester NOST-200
1: How does Automated Oxidation Stability Tester NOST-200 manage test records?
Labnics Automated Oxidation Stability Tester stores up to 199 test results with onboard memory. Our system supports USB export in CSV or Excel format. Users can retrieve, save, and transfer data directly without external software.
2: Can Automated Oxidation Stability Tester NOST-200 be used without a computer?
Yes, Oxidation Stability Tester operates independently via its built-in touchscreen interface. Labnics includes a micro printer for direct result output. All test settings and results are accessible without the need for a connected PC.
3: What type of temperature sensor is integrated in the unit?
Our Oxidation Stability Tester uses a PT100 thermal sensor to ensure accurate temperature regulation throughout the process. Labnics Oxidation Stability Tester enables steady thermal cycling for consistent oxidation monitoring. This helps reduce variations between runs.
4: Does the unit require frequent calibration or manual setup?
Labnics oxidation tester includes pre-calibrated heating and pressure components for long-term reliability. Our unit is built for continuous use with minimal intervention. Calibration is rarely required under standard lab conditions.
5: Is there a defined sample quantity for effective testing?
Yes, Oxidation Stability Tester works best with 3 to 6 grams of sample per test run. Labnics Oxidation Stability Tester recommends adhering to this range for proper pressure development and measurement consistency. This ensures accurate and repeatable results.