Live Cell Instrument Live Cell Imaging Chamber AC/EC, Open-Type Design, Perfusion & Electrical Stimulation Compatible, Autoclavable 오픈타입 라이브 셀 이미징 챔버 - AC-P-22MM

This open-type perfusion chamber is engineered for dynamic live cell manipulation, offering direct access to samples during imaging while maintaining stage stability. The chamber features a precision screw-based system that allows fine adjustment of media height, enabling controlled perfusion for long-term experiments. Its fluid-damping design minimizes surface rippling caused by pumps, ensuring stable media conditions. Additional electrophysiology-ready versions support electrical stimulation workflows, including patch-clamp models with wide openings suitable for both inverted and upright microscopes. Compatible with round or rectangular cover slips and customizable to specific needs. Storage & Longevity: Built for repeated use. Rinse, sterilize, and dry after experiments for best performance. A perfect choice for researchers requiring real-time access, precise perfusion control, and compatibility with electrophysiology workflows.

• Open-Type Design for Dynamic Experiments: Designed for real-time manipulation during live imaging, allowing easy access to samples while maintaining optical stability on the microscope stage.
• Adjustable Media Level Control: Equipped with a precision screw-based perfusion system that lets you regulate media height to your exact requirements — ideal for maintaining stable conditions during long-term experiments.
• Optimized for Pump Flow Stability: Engineered to prevent surface oscillation caused by pumping systems, ensuring consistent media conditions without rippling that can interfere with imaging.
• Compatible with Electrical Stimulation & Patch-Clamp: Supports electrophysiology workflows, including dedicated versions for patch-clamp experiments, with wide-opening options suitable for both inverted and upright microscopes.
• Flexible Cover Slip Options: Supports both round and rectangular cover slips, offering seamless integration into diverse experimental setups and advanced perfusion protocols.