TUNAIR™ Polypropylene Erlenmeyer Flask Kit, 300ml, Half-Baffle
TUNAIR™ 300ml Polypropylene Baffled Erlenmeyer Flask Kit: Superior Aeration for Enhanced Cell Growth:
The TUNAIR™ Polypropylene Erlenmeyer Flask Kit, 300ml, Half-Baffle is designed to optimize oxygen transfer and improve cell yields in microbial fermentation and cell culture applications. This complete kit includes twelve 300ml baffled Erlenmeyer flasks, twelve two-piece polypropylene caps, and fifteen reusable dri-gauze filters, providing a high-efficiency solution for researchers requiring enhanced aeration.
With a unique half-baffle design and turbo-vane cap system, these flasks create a vortex motion during shaking, ensuring increased oxygen absorption and superior gas exchange. Whether used in academic research, biotech, or pharmaceutical settings, this baffled flask system delivers reliable and reproducible results for oxygen-dependent cultures.
Enhanced Oxygen Transfer with Baffled Flask Technology:
Unlike traditional Erlenmeyer flasks, the TUNAIR™ baffled flask features two internal baffles that generate a swirling motion, maximizing liquid-air interaction. This vortex effect significantly increases oxygen transfer rates, making it ideal for cultures that require high oxygen availability. With a working volume of 100ml, this flask design promotes uniform mixing and improved microbial growth, ensuring optimal conditions for fermentation and cell culture applications.
In addition to the baffled flask design, the turbo-vane cap closure further enhances aeration by maintaining consistent airflow while preventing contamination. This combination makes the TUNAIR™ Erlenmeyer flask system one of the most efficient solutions for oxygen-dependent experiments.
High-Quality, Autoclavable Materials:
The TUNAIR™ Erlenmeyer flask kit is manufactured from high-quality polypropylene, ensuring durability, chemical resistance, and repeated sterilization. The flasks, caps, and filter linings are fully autoclavable, allowing researchers to maintain sterile conditions for multiple experiments.
Each kit includes fifteen reusable dri-gauze filters, made from 0.22-micron nitrocellulose, which provide an effective microbial barrier while facilitating excellent gas exchange. These filters can be reused 10–12 times, making this system cost-effective and environmentally friendly.
Simple Maintenance and Filter Replacement:
The TUNAIR™ baffled flask system is designed for easy maintenance and long-term usability. Each two-piece cap assembly is constructed from durable polypropylene and is resistant to most solvents. To replace the filter lining, simply pinch the inner-closure shell flanges, remove the used lining, insert a fresh filter, and snap the cap back together. This secure design ensures the cap remains intact during use while providing a consistent sterile environment.
For cleaning, the flasks and caps can be soaked in water with a light detergent, then air-dried. This simple maintenance routine keeps the Erlenmeyer flask kit in top condition for repeated use.
The Ideal Baffled Flask for Fermentation and Cell Culture:
For researchers working with aerobic cultures, recombinant protein production, or fermentation processes, the TUNAIR™ baffled Erlenmeyer flask provides a superior alternative to traditional shake flasks. By increasing dissolved oxygen levels and promoting uniform mixing, this system ensures better microbial growth and higher cell densities.
Upgrade your baffled flask setup today with the TUNAIR™ 300ml Polypropylene Erlenmeyer Flask Kit and experience the benefits of optimized aeration, increased oxygen transfer, and improved research outcomes.
Original: $227.19
-65%$227.19
$79.52More Images
TUNAIR™ Polypropylene Erlenmeyer Flask Kit, 300ml, Half-Baffle
TUNAIR™ 300ml Polypropylene Baffled Erlenmeyer Flask Kit: Superior Aeration for Enhanced Cell Growth:
The TUNAIR™ Polypropylene Erlenmeyer Flask Kit, 300ml, Half-Baffle is designed to optimize oxygen transfer and improve cell yields in microbial fermentation and cell culture applications. This complete kit includes twelve 300ml baffled Erlenmeyer flasks, twelve two-piece polypropylene caps, and fifteen reusable dri-gauze filters, providing a high-efficiency solution for researchers requiring enhanced aeration.
With a unique half-baffle design and turbo-vane cap system, these flasks create a vortex motion during shaking, ensuring increased oxygen absorption and superior gas exchange. Whether used in academic research, biotech, or pharmaceutical settings, this baffled flask system delivers reliable and reproducible results for oxygen-dependent cultures.
Enhanced Oxygen Transfer with Baffled Flask Technology:
Unlike traditional Erlenmeyer flasks, the TUNAIR™ baffled flask features two internal baffles that generate a swirling motion, maximizing liquid-air interaction. This vortex effect significantly increases oxygen transfer rates, making it ideal for cultures that require high oxygen availability. With a working volume of 100ml, this flask design promotes uniform mixing and improved microbial growth, ensuring optimal conditions for fermentation and cell culture applications.
In addition to the baffled flask design, the turbo-vane cap closure further enhances aeration by maintaining consistent airflow while preventing contamination. This combination makes the TUNAIR™ Erlenmeyer flask system one of the most efficient solutions for oxygen-dependent experiments.
High-Quality, Autoclavable Materials:
The TUNAIR™ Erlenmeyer flask kit is manufactured from high-quality polypropylene, ensuring durability, chemical resistance, and repeated sterilization. The flasks, caps, and filter linings are fully autoclavable, allowing researchers to maintain sterile conditions for multiple experiments.
Each kit includes fifteen reusable dri-gauze filters, made from 0.22-micron nitrocellulose, which provide an effective microbial barrier while facilitating excellent gas exchange. These filters can be reused 10–12 times, making this system cost-effective and environmentally friendly.
Simple Maintenance and Filter Replacement:
The TUNAIR™ baffled flask system is designed for easy maintenance and long-term usability. Each two-piece cap assembly is constructed from durable polypropylene and is resistant to most solvents. To replace the filter lining, simply pinch the inner-closure shell flanges, remove the used lining, insert a fresh filter, and snap the cap back together. This secure design ensures the cap remains intact during use while providing a consistent sterile environment.
For cleaning, the flasks and caps can be soaked in water with a light detergent, then air-dried. This simple maintenance routine keeps the Erlenmeyer flask kit in top condition for repeated use.
The Ideal Baffled Flask for Fermentation and Cell Culture:
For researchers working with aerobic cultures, recombinant protein production, or fermentation processes, the TUNAIR™ baffled Erlenmeyer flask provides a superior alternative to traditional shake flasks. By increasing dissolved oxygen levels and promoting uniform mixing, this system ensures better microbial growth and higher cell densities.
Upgrade your baffled flask setup today with the TUNAIR™ 300ml Polypropylene Erlenmeyer Flask Kit and experience the benefits of optimized aeration, increased oxygen transfer, and improved research outcomes.
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Description
TUNAIR™ 300ml Polypropylene Baffled Erlenmeyer Flask Kit: Superior Aeration for Enhanced Cell Growth:
The TUNAIR™ Polypropylene Erlenmeyer Flask Kit, 300ml, Half-Baffle is designed to optimize oxygen transfer and improve cell yields in microbial fermentation and cell culture applications. This complete kit includes twelve 300ml baffled Erlenmeyer flasks, twelve two-piece polypropylene caps, and fifteen reusable dri-gauze filters, providing a high-efficiency solution for researchers requiring enhanced aeration.
With a unique half-baffle design and turbo-vane cap system, these flasks create a vortex motion during shaking, ensuring increased oxygen absorption and superior gas exchange. Whether used in academic research, biotech, or pharmaceutical settings, this baffled flask system delivers reliable and reproducible results for oxygen-dependent cultures.
Enhanced Oxygen Transfer with Baffled Flask Technology:
Unlike traditional Erlenmeyer flasks, the TUNAIR™ baffled flask features two internal baffles that generate a swirling motion, maximizing liquid-air interaction. This vortex effect significantly increases oxygen transfer rates, making it ideal for cultures that require high oxygen availability. With a working volume of 100ml, this flask design promotes uniform mixing and improved microbial growth, ensuring optimal conditions for fermentation and cell culture applications.
In addition to the baffled flask design, the turbo-vane cap closure further enhances aeration by maintaining consistent airflow while preventing contamination. This combination makes the TUNAIR™ Erlenmeyer flask system one of the most efficient solutions for oxygen-dependent experiments.
High-Quality, Autoclavable Materials:
The TUNAIR™ Erlenmeyer flask kit is manufactured from high-quality polypropylene, ensuring durability, chemical resistance, and repeated sterilization. The flasks, caps, and filter linings are fully autoclavable, allowing researchers to maintain sterile conditions for multiple experiments.
Each kit includes fifteen reusable dri-gauze filters, made from 0.22-micron nitrocellulose, which provide an effective microbial barrier while facilitating excellent gas exchange. These filters can be reused 10–12 times, making this system cost-effective and environmentally friendly.
Simple Maintenance and Filter Replacement:
The TUNAIR™ baffled flask system is designed for easy maintenance and long-term usability. Each two-piece cap assembly is constructed from durable polypropylene and is resistant to most solvents. To replace the filter lining, simply pinch the inner-closure shell flanges, remove the used lining, insert a fresh filter, and snap the cap back together. This secure design ensures the cap remains intact during use while providing a consistent sterile environment.
For cleaning, the flasks and caps can be soaked in water with a light detergent, then air-dried. This simple maintenance routine keeps the Erlenmeyer flask kit in top condition for repeated use.
The Ideal Baffled Flask for Fermentation and Cell Culture:
For researchers working with aerobic cultures, recombinant protein production, or fermentation processes, the TUNAIR™ baffled Erlenmeyer flask provides a superior alternative to traditional shake flasks. By increasing dissolved oxygen levels and promoting uniform mixing, this system ensures better microbial growth and higher cell densities.
Upgrade your baffled flask setup today with the TUNAIR™ 300ml Polypropylene Erlenmeyer Flask Kit and experience the benefits of optimized aeration, increased oxygen transfer, and improved research outcomes.
