Univessel® Glass - pH & Redox Sensor - Hamilton - 10 L

The Univessel^® Glass is a cutting-edge solution for bioprocessing, engineered to meet the demands of modern laboratories and research facilities. With its robust design and backward compatibility, it seamlessly integrates with all Biostat® benchtop bioreactors, ensuring continuity and reliability in your bioprocessing operations.

Key Features:

• Versatile Volume Options: Available in 1 L, 2 L, 5 L, and 10 L working volumes, catering to various experimental scales.
• Backward Compatibility: Designed to fit all existing probes, dip tubes, spargers, and impellers, minimizing the need for additional equipment.
• Enhanced Stability: The round-shaped bottom stand provides maximum sturdiness, ensuring safe and stable operations.
• Advanced Sparging Options: Features a ring sparger with downward-facing holes, reducing dead volumes and simplifying cleaning.
• Lightweight Design: Optimized to reduce unnecessary weight while maintaining stability and sterility.
• Ergonomic Handling: Integrated handles make it easy to carry, especially for larger volumes like 5 L and 10 L vessels.
• Efficient Cleaning: Dishwasher-proof stirrer shaft allows for quick and thorough cleaning without disassembly.
• Bottom Drain Outlet: Ideal for ATF and TFF-based intensified processes, enhancing process efficiency.

Technical Specifications:

• Materials: Constructed from borosilicate glass and stainless steel AISI 316L, with EPDM components for durability and chemical resistance.
• Weight: Ranges from 4.4 kg (9.4 lbs) for 1 L vessels to 18.5 kg (40.8 lbs) for 10 L vessels, ensuring manageable handling.
• Port Configurations: Multiple top ports available, including 19 mm, 12 mm, and 6 mm options, accommodating various sensor and accessory needs.
• Dimensions: Designed for optimal space utilization in autoclaves, with flexible adapters available to reduce height requirements.

Applications: The Univessel^® Glass is ideal for a wide range of applications, including:

• Cell Culture: Supports various cell lines and microbial cultures, providing a controlled environment for growth and development.
• Bioprocess Development: Facilitates process optimization and scale-up studies, offering flexibility in experimental design.
• Intensified Processes: Suitable for advanced techniques like ATF and TFF, enhancing productivity and efficiency.