Parallel Bioreactor
DR500 Parallel Bioreactor
The DR500 Parallel Bioreactor is a customized device designed by LABE Instrument for scientific research applications. It is suitable for parallel experiments including biological reactions and microbial culture, providing multi-system simultaneous reaction support for universities, research institutes and corporate R&D departments.
Core Configuration & Technical Parameters
1. Basic Structure
Linked Control Design: Two units operate in coordination, each containing 5 reactor modules, supporting simultaneous running of 10 reaction systems. The entire device can be connected to one computer for centralized control, enabling parameter setting, real-time monitoring and data recording to facilitate experimental operation and parallel execution.
Core Vessel Parameters
Effective volume: 500mL, applicable for pilot-scale and large-scale scientific research experiments
Vessel material: Borosilicate glass, allowing observation of reaction progress with stable chemical properties
Headplate material: 316L stainless steel, corrosion-resistant and conforming to experimental cleanliness requirements
Bottom design: Glass discharge valve for convenient sampling and cleaning
Sealing method: Silicone seal to ensure sealing performance
Fastening method: Quick-release clamp, easy to operate for fast opening, feeding and maintenance
2. Key Functional Components
Stirring System: Equipped with double-layer propeller stirrers with adjustable blade positions to meet mixing requirements of different reaction systems.
Temperature Monitoring Module: Built-in thermocouple well and thermocouple for real-time collection of material temperature data to support reaction temperature regulation.
pH Control System: Integrated pH electrode for fully automatic pH control, maintaining the reaction system within the set pH range.
Customization & Application Advantages
Customization Flexibility: Basic configuration can be adjusted according to customer process requirements, including stirring parameters and additional monitoring modules, to match experimental scenario needs.
Operability: Centralized computer control combined with quick-release clamps and convenient discharge valves simplifies operation procedures.
Material Compatibility: 316L stainless steel, borosilicate glass and silicone are compatible with various reaction media and meet safety standards for biological experiments.
Application Scenarios
Suitable for parallel experiments such as microbial fermentation, enzyme-catalyzed reactions, biosynthesis and cell culture. Applied in R&D and pilot-scale stages of biomedicine, biochemistry, environmental science and related fields.
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