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Advanced Instruments Model 3250 Freezing Point Osmometer
Advanced Instruments Model 3250 is a single-sample freezing point osmometer designed to provide fast, accurate, and reliable osmolality testing using advanced freezing point technology.
Advanced Instruments is a leading supplier of laboratory instrumentation for clinical, pharmaceutical, biotechnology, microbiology, and food laboratories worldwide. The Model 3250 combines proven freezing point technology with advanced sample processing capabilities, making it simple to operate, easy to maintain, and ideal for routine testing as well as research applications.
Product Specifications
| Osmometer Type | Freezing Point Osmometer |
|---|---|
| Sample Type | Urine, Plasma, Serum, Industrial Fluid |
| Sample Capacity | Single Sample |
| Model Name / Number | 3250 |
| Brand | Advanced Instruments |
| Usage/Application | Measurement |
| Packaging Type | Box |
| Measurement Range | 0 – 3000 mOsm/kg |
| Resolution | 1 mOsm/kg |
Key Features & Benefits
- Freezing point technology for accurate osmolality measurement
- Fast and reliable test results with approximately 2-minute test time
- Optimized sample processing for complex aqueous mixtures
- Menu-driven display with easy push-button operation
- Automatic calibration and onboard statistical analysis
- Built-in printer, optional barcode scanner, and PC data export facility
- Proven reliability with over 50 years of osmometry expertise
Applications
The Advanced Instruments Model 3250 Freezing Point Osmometer is suitable for clinical diagnostics, emergency and sports medicine, pharmaceutical research, biopharmaceutical monitoring, process control, academic research, industrial quality control, and environmental monitoring applications.
Working Principle
Advanced Instruments osmometers utilize the freezing point depression method to determine the osmolality of aqueous-based solutions. When solute particles are dissolved in water, the freezing point of the solution decreases compared to pure solvent. By precisely measuring this freezing point change, the instrument accurately determines the osmolality or concentration of the sample.
