Contact
Menu
Corporate
Products 
Application Areas 
Sectors
Representations
Media & Press
Contact
Contact Information
Description
Controlled-Rate Freezers: The Key to Preserving Cell Viability
The long-term storage of biological samples, cells, and tissues forms the bedrock of sensitive research and biobanking. However, preserving the viability and functionality of these valuable materials requires precise freezing methods. This is where Controlled-Rate Freezers come into play.
Traditional freezing methods can damage cells because they cannot control intracellular and extracellular ice crystal formation. Programmable (controlled-rate) freezers, on the other hand, ensure that samples are cooled at an optimal rate, thereby minimizing ice crystal formation. This increases cell survival rates and ensures they retain their biological activity upon thawing.
Why Should You Use a Controlled-Rate Freezer?
High Cell Viability: Maximizes the viability rates of sensitive cells after freezing and thawing.
Optimal Protection: Prevents structural damage by allowing intracellular and extracellular water to freeze in a controlled manner.
Reproducibility: Ensures consistency in your experiments by applying the same freezing profile every time.
Broad Applications: Plays a critical role in various fields, from stem cells to genetic materials, vaccine production to tissue engineering.
Offering the safest and most effective storage solution for your sensitive biological samples, controlled-rate freezers are indispensable for the success of your research. By choosing a reliable and high-performance controlled-rate freezer tailored to your laboratory's specific needs, you can secure the future of your valuable materials.
The long-term storage of biological samples, cells, and tissues forms the bedrock of sensitive research and biobanking. However, preserving the viability and functionality of these valuable materials requires precise freezing methods. This is where Controlled-Rate Freezers come into play.
Traditional freezing methods can damage cells because they cannot control intracellular and extracellular ice crystal formation. Programmable (controlled-rate) freezers, on the other hand, ensure that samples are cooled at an optimal rate, thereby minimizing ice crystal formation. This increases cell survival rates and ensures they retain their biological activity upon thawing.
Why Should You Use a Controlled-Rate Freezer?
High Cell Viability: Maximizes the viability rates of sensitive cells after freezing and thawing.
Optimal Protection: Prevents structural damage by allowing intracellular and extracellular water to freeze in a controlled manner.
Reproducibility: Ensures consistency in your experiments by applying the same freezing profile every time.
Broad Applications: Plays a critical role in various fields, from stem cells to genetic materials, vaccine production to tissue engineering.
Offering the safest and most effective storage solution for your sensitive biological samples, controlled-rate freezers are indispensable for the success of your research. By choosing a reliable and high-performance controlled-rate freezer tailored to your laboratory's specific needs, you can secure the future of your valuable materials.
İstanbul Teknopark 