Automatic freezing point osmometers increase laboratory efficiency, throughput and productivity in medium to high volume laboratories.
- Model : OSM-FP2; OSM-FP3
- Sample Amount: 100µl
- Measurement Error: ≤1%
- Size(W×D×H)(mm): 275x225x345; 340x300x400
Automatic freezing point osmometers increase laboratory efficiency, throughput and productivity in medium to high volume laboratories.
Model | OSM-FP2 | OSM-FP3 |
Measurement Range | 0~2000 mOsmol | 0~3000 mOsmol |
Sample Amount | 100µl | |
Testing Duration | ≤3min | |
Pre-cooling Time | ≤3min | |
Measurement Error | ≤1% | |
Repeatability | ≤1% | |
Linearity | ≤1% | |
Resolution Ratio | 0.1 | |
Environment | 0~30℃ | |
Temperature | Recommended for 15~25℃ | |
Humidity Range | 60% | |
Power Supply | AC220V,50/60Hz | |
Size(W×D×H)(mm) | 275x225x345 | 340x300x400 |
Shipping Size(W×D×H)(mm) | 565x440x600 | 575x450x630 |
N.W./G.W. (kg) | 15/26 | 17/30 |
Advantages of Automatic Freezing Point Osmometer:
The freezing point osmometer works based on Raoult’s freezing point depression theory, which states that the freezing point of a solution decreases in proportion to its molar concentration. This device uses a highly sensitive temperature sensor to accurately measure the freezing point of different solutions. From these measurements, the osmotic pressure molar concentration can be determined. This method is widely used in the analysis and research of osmotic pressure molar concentration, with significant applications in pharmaceutical analysis, pharmaceuticals and biological and food therapy.
The freezing point osmometer works by cooling the sample below its freezing point, then gently agitating it to induce freezing. The instrument detects the temperature at which freezing occurs, which is lower for solutions with dissolved solutes.
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