Knauer Freezing Point Osmometer K-7400S, with Measuring Head for Plastic Vessels

The Knauer Freezing Point Osmometer K-7400S is a high-precision semi-micro osmometer designed to determine the osmolality and freezing point of aqueous solutions. It calculates the total concentration of dissolved particles, displaying results with exceptional accuracy and reproducibility. Equipped with a measuring head for plastic vessels and an integrated Peltier cooler, the K-7400S ensures reliable and consistent results—making it an excellent choice for clinical diagnostics, pharmaceutical applications, and quality control laboratories.

Key Features:

• Brand: Knauer
• Model: K-7400S Semi-Micro Osmometer
• Measurement Range: 0 – 2,000 mOsmol/kg H₂O (extendable up to 4,000 mOsmol/kg)
• Sample Volume: Only 50 µL
• Vessel Compatibility: Measuring head designed for plastic vessels
• Display: LCD display with clear and user-friendly menu guidance
• Operation: Fast, easy, and automatic measurement process with high reproducibility
• Cooling System: Integrated Peltier cooler for precise temperature control
• Optional Accessories: Printer (optional) and PC control via EuroOsmo 7400 software (sold separately)
• Applications: Ideal for clinical diagnostics, pharmaceutical testing, research, and quality control laboratories

Scope of Supply:

• Osmometer with measuring head
• Sample vessels
• Calibration standards

Note: The device can be optionally equipped with a printer and controlled via the EuroOsmo 7400 software (please order separately).

The Knauer K-7400S Semi-Micro Osmometer delivers fast, accurate, and reproducible osmolality measurements—offering exceptional reliability and user convenience for laboratory professionals worldwide.

Frequently Asked Questions

1. What is the Knauer Freezing Point Osmometer K-7400S, with Measuring Head for Plastic Vessels used for?

It is a high-precision semi-micro osmometer designed to determine the osmolality and freezing point of aqueous solutions. It calculates the total concentration of dissolved particles, displaying results with exceptional accuracy and reproducibility. Equipped with a measuring head for plastic vessels and an integrated Peltier cooler, the K-7400S ensures reliable and consistent results, making it an excellent choice for clinical diagnostics, pharmaceutical applications, and quality control laboratories.

2. Is the Knauer Freezing Point Osmometer K-7400S, with Measuring Head for Plastic Vessels suitable for clinical diagnostics, pharmaceutical testing, research, and quality control laboratories?

Yes. It is designed for clinical diagnostics, pharmaceutical testing, research, and quality control laboratories, and offers a measurement range of 0 – 2,000 mOsmol/kg H₂O (extendable up to 4,000 mOsmol/kg) to support this kind of work.

3. What measurement range does the Knauer Freezing Point Osmometer K-7400S, with Measuring Head for Plastic Vessels have?

It has a measurement range of 0 – 2,000 mOsmol/kg H₂O (extendable up to 4,000 mOsmol/kg), and is supplied under manufacturer part number A0006AC.

4. What sample volume and vessel compatibility does the Knauer Freezing Point Osmometer K-7400S, with Measuring Head for Plastic Vessels offer?

It offers only 50 µL, measuring head designed for plastic vessels, LCD display with clear and user-friendly menu guidance and fast, easy, and automatic measurement process with high reproducibility.

5. How does the Knauer Freezing Point Osmometer K-7400S, with Measuring Head for Plastic Vessels compare with the Testo 1-Channel Temperature Measuring Device Testo 925 Includes Calibration Protocol, Carrying Bag, 1 x TE Type K Sensor, 0602 4093, and Batteries from Testo?

The Knauer Freezing Point Osmometer K-7400S, with Measuring Head for Plastic Vessels is a strong choice when sample volume of Only 50 µL matches the workflow. The Testo 1-Channel Temperature Measuring Device Testo 925 Includes Calibration Protocol, Carrying Bag, 1 x TE Type K Sensor, 0602 4093, and Batteries is an alternative offering temperature measurement of One channel for accurate temperature readings, so the preferred option depends on the required specification and compatibility.