BioSpherix Xvivo System X2 Modular Aseptic Cell Culture Workstation with Controlled O2/CO2/RH

The BioSpherix Xvivo System X2 is a fully enclosed modular aseptic workstation designed for advanced cell culture applications requiring tightly controlled environmental conditions. This system enables independent programming and regulation of oxygen (O2), carbon dioxide (CO2), and relative humidity (RH) within multiple incubation chambers, facilitating precise gas atmospheres ranging from 0.1% to 99.9% O2 concentration.

Key technical features include:

• Multiple incubation chambers with independent O2/CO2/RH control for diverse cell culture protocols, essential in *live-cell imaging*, *molecular diagnostics*, and *bioprocessing*.
• Sub-incubator doors that open within the gloved manipulation area, maintaining *aseptic conditions* and sterility during sample handling.
• Low-humidity atmosphere in the cell manipulation chamber, which minimizes contamination risks in sensitive *biomanufacturing workflows*.
• Heated internal atmosphere and work surfaces to optimize culture conditions and reduce condensation.
• Chambers configured for controlled atmosphere accommodation of additional equipment, including microscopes, bioreactors, centrifuges, pipetting stations, refrigerators, lyophilizers, cell sorters (FACS), and automation robots, critical for integrated *synthetic biology* and *gene editing* research environments.
• Gas exchange airlocks (SAS) with O2 level control ensure contamination-free transfer of materials and samples.
• Software-enabled monitoring and control on a PC with data logging capabilities and remote access, supporting regulatory compliance and traceability in *GMP-compliant* cell production and *molecular cloning workflows*.
• Designed as a closed containment isolator, eliminating the need for external air extraction, providing an attractive and scalable alternative to traditional cleanroom facilities.

The Xvivo System X2 workstation supports *cell therapy*, *stem cell research*, and *biotechnology* applications requiring stringent aseptic and environmental controls. Its modular design enables future expansion, aligning with evolving research needs and regulatory requirements. Widely used in biomedical engineering and molecular biology laboratories, the system enhances reproducibility and safety in *biopharmaceutical production pipelines* and *clinical diagnostics* workflows.