Thermogenesis MT204 Thawing system

• Thawing of fresh frozen plasma (FFP) for transfusion.
• Preparation of cryoprecipitate in blood banks.
• Thawing of glycerolized red blood cells for specialized transfusions.
• Use in clinical laboratories requiring controlled thawing of biological samples.
• Application in research facilities for preparing temperature-sensitive biological materials.

Typical capacity

For this model, units commonly accommodate up to 4 plasma bags simultaneously.

Thawing method

Units of this type typically use a water bath system where plasma packs are suspended in sealed pockets, preventing direct water contact.

Temperature control

Commonly, these systems offer a standard thawing temperature of 35°C ±1°C, with some units providing an optional 37°C setting.

Thawing time

Typically, thawing times for a 220 ml plasma pack from -40°C are in the range of 15–18 minutes.

Agitation system

Units in this class often feature an integrated agitation mechanism to accelerate the thawing process.

Safety features

Key safety features commonly include no direct water contact with samples and containment of contents in case of pack rupture.

Certifications

For this class of equipment, FDA clearance is commonly found for the thawing of plasma and glycerolized red blood cells.

User interface

Typically, these systems feature an intuitive control panel with one-touch operation and maintenance indicators.

• What is the primary benefit of the 'no water contact' design?

  The primary benefit is the elimination of contamination risk to plasma packs and the containment of contents if a pack ruptures, ensuring operational safety and sample integrity.

• Can this system thaw different sizes of plasma bags?

• What maintenance is typically required for a thawing system of this kind?

• Is this unit suitable for thawing other biological samples besides plasma?

• What power supply is typically required for this class of equipment?

• How does the agitation system improve thawing efficiency?

Thawing systems are valued for precise temperature control and uniform sample preparation in laboratory and biotech environments. Buyers typically seek models with reliable defrost capabilities and minimal sample degradation. When purchasing used equipment, condition of heating elements and temperature calibration accuracy are critical inspection points. Industry sentiment favors systems offering consistent performance and straightforward maintenance. Durability and reproducibility across batches remain key strengths, making quality units reliable investments for processing workflows.

General overview for this equipment type