Tunair™ shake flask,2.5L, clear polypropylene, full baffle

The Tunair™ Shake Flask (2.5L) is an advanced culture vessel designed for high aeration and efficient gas exchange, making it ideal for production-scale studies. Constructed from clear polypropylene, this flask offers enhanced durability, autoclavability, and ease of handling for large-volume cultures. Its unique design features ensure superior culture growth and productivity compared to conventional Erlenmeyer flasks.

Key Features:

1. High Oxygen Absorption Rate:
   • Baffle Design: Promotes efficient mixing and oxygen transfer.
   • Turbo-Vane Closure Design: Enhances gas diffusion, critical for high-yield culture growth.
2. CAP-FLO™ and DRI-GAUZE™ Technology:
   • Ensures uniform and consistent gas diffusion.
   • Reduces the risk of contamination while maintaining optimal aeration.
3. Wide-Mouth Opening:
   • Allows easy media preparation, harvesting, and cleanup.
4. Barrel-Shaped Design:
   • Offers a wide vortex for better mixing.
   • Provides more operational capacity than traditional flasks.
5. Autoclavable Construction:
   • Flask, closures, and filter membranes are autoclavable for sterility.
6. Slip-On Closures:
   • Protect flask neck from airborne particles.
   • Eliminate the need for flaming during handling.
7. CAP-SIL™ Closure Option:
   • Features a silicone membrane lining to minimize evaporation.
8. Integrated Handle:
   • Facilitates easy handling and pouring for the 2.5L flask.

Specifications:

Applications:

1. Culture Development:
   • Ideal for studies requiring high aeration and gas exchange.
2. Production-Scale Studies:
   • Designed for larger working volumes in research or industrial setups.
3. Microbial and Cell Cultures:
   • Suitable for aerobic cultures where efficient oxygen transfer is critical.

Advantages:

Notes:

• Caps are not included with the flask and must be ordered separately.
• The CAP-SIL™ closure is recommended for applications requiring minimal evaporation.

The Tunair™ Shake Flask (2.5L) provides a robust and efficient solution for culture development and production studies, ensuring enhanced culture growth and productivity.