Last Updated on November 28, 2023
Welcome to an overview of Strex’s innovative automated cell stretching system. Designed to revolutionize mechanotransduction experiments and cell stretching, this versatile setup combines cutting-edge technology with user-friendly features. In this article, we will explore the key components and functionalities of the Strex Cell Stretching System, highlighting its capabilities and benefits.
The Main Unit and Control Unit
At the heart of the Strex Cell Stretching System is the main unit, which works in conjunction with the control unit. The main unit is designed to be placed inside an incubator, while the control unit can be conveniently positioned outside, optimizing space utilization. This arrangement ensures maximum flexibility and ease of operation.
Versatile Cell Culture Chambers
The Strex Cell Stretching System employs specially designed cell culture chambers constructed from a highly flexible PDMS (polydimethylsiloxane) material. This unique feature allows the chambers to undergo repeated stretching without compromising their structural integrity. Moreover, these chambers are resilient and can be easily used for cell culture experiments following plasma treatment. The plasma treatment facilitates enhanced adhesion between the cells and the chamber walls, ensuring reliable and reproducible results.
Easy Setup and Operation
Setting up the Strex Cell Stretching System is a breeze. To attach the cell culture chambers, simply insert them into the dedicated pins on the main unit, securely holding them in place. Powering on the system is as simple as activating the control unit. The control unit offers user-friendly controls, enabling researchers to select parameters with ease. The left digit allows for quick frequency adjustments, while the right digit facilitates precise time ratio settings. With 64 patterns the system offers remarkable versatility and customization. Furthermore, the Strex Cell Stretching System features pre-programmed functionality, saving researchers valuable time by automating common tasks.
Simultaneous Experimentation and Cell Culturing
One of the key advantages of the Strex Cell Stretching System, model STB-1400 (now ST-1400), is its ability to conduct experiments and culture cells simultaneously. This unique feature provides researchers with a versatile stretching machine capable of performing multiple tasks concurrently. By combining cell stretching experiments with cell culturing, the system streamlines the research workflow, enabling comprehensive investigations and reducing experimental time.
Environmentally Conscious and User-Friendly
Strex is committed to reducing its carbon footprint and ensuring sustainable laboratory practices. The Cell Stretching System reflects this commitment, incorporating energy-efficient features and materials. With its low carbon footprint, the system aligns with eco-friendly principles while delivering exceptional performance.
Strex Cell Stretching System – Conclusion
The Strex Cell Stretching System is a game-changer for mechanotransduction experiments and cell stretching. Its state-of-the-art design, user-friendly operation, and simultaneous experimentation and cell culturing capabilities make it a versatile and efficient tool for researchers. With Strex’s commitment to sustainability and user satisfaction, this system is set to revolutionize the field of cell mechanobiology.