Eppendorf DASGIP Parallel Bioreactor System ver 5.0 for Cell Culture with 4 Vessels and Integrated Gas Mixing, pH/DO, and Temperature Control

The Eppendorf DASGIP Parallel Bioreactor System ver 5.0 is engineered for advanced cell culture bioprocess development in biotechnology and biopharmaceutical research. This 4-fold configuration features 1.5 L autoclavable glass bioreactor vessels with independent heating jackets for precise temperature regulation and overhead stirrer motors with speed control up to 1600 rpm, enabling robust agitation control critical in mammalian cell culture and bioprocess optimization applications.

Key system components include:

• DASware Control Software ver 5.6.4 with a user interface for integrated process monitoring and control.
• DASGIP PH4PO4 Sensor Module v2.1 for multiplexed pH and dissolved oxygen (DO) measurement across 4 channels, essential for molecular diagnostics and cell viability studies.
• DASGIP MX4/4 Gas Mixing Module v2.1 supporting 4 gas inlets with precise blending of air, O2, CO2, and N2 at flow rates up to 50 sL/h, enabling controlled gas environments vital for synthetic biology and gene editing workflows.
• Dual MP8 Multi-Pump Modules v2.1 with eight speed-controlled roller pumps per module, facilitating automated feeding, dosing, and pH-neutralizing additions with flow rates ranging from 0.3 to 420 mL/h, suitable for biomanufacturing scale-up and media optimization studies.
• The TC4SC4D Temperature and Stirrer Control System v2.1 manages heating jackets and stirrers with closed-loop temperature feedback using Pt100 RTD sensors, ensuring consistent culturing conditions for reproducible experimental results.

Each bioreactor vessel is equipped with specialized headplates that integrate:

• RE40 direct overhead drives with x2 pitched blade impellers for efficient mixing.
• Stainless steel L-spargers for effective gas dispersion.
• Platinum RTD temperature sensors and thermowells for accurate thermal monitoring.
• Integrated pH and DO sensor cables to facilitate in situ monitoring.

This system is widely adopted in biotechnology research, biopharmaceutical production pipelines, and small-scale bioprocess development, enabling parallel process optimization with precise control of environmental parameters such as pH, dissolved oxygen, temperature, agitation, and gas composition. Its modular design supports advanced workflows in molecular cloning, live-cell bioprocess monitoring, and cell culture scale-up prior to pilot or manufacturing stages.

Comprehensive testing by experienced technicians ensures full operational integrity, including verification of power supply, module communications, temperature stability, pump accuracy, and sensor responsiveness. The system is supply-ready with accessory support and can be remotely or on-site installed with training options available.

This pre-owned system is competitively priced and backed by warranty and worldwide shipping with professional packing to ensure safe delivery. It significantly benefits researchers in clinical diagnostics, bioprocess engineering, and synthetic biology, seeking reliable, scalable, and automated bioreactor platforms for controlled environment cell culture.