Lab-Scale Bioreactor (Polycel Series)
Benchtop Bioprocessing (Autoclavable)
for cell and microbial culture, EU Safety Certification
Lab-Scale Bioreactor (Polycel Series)
— High-Precision Bioprocess Technology Driving Scientific and Industrial Innovation —
Product Overview
The Polycel Series is a high-precision laboratory-scale bioreactor designed to meet the cultivation requirements of microorganisms, plant cells, and animal cells. It is suitable for research institutions, biotechnology industries, and academic research units. Featuring a modular architecture, the system allows customized configurations based on specific research needs and is CE-certified, ensuring operational safety and stability.
This system integrates advanced sensing technology, real-time data monitoring, and intelligent control algorithms to precisely regulate culture parameters, ensuring optimal cell growth and metabolic performance. Application fields include cell line development, fermentation process optimization, biopharmaceuticals, biosynthesis, bioenergy research, and tissue engineering. The system also supports scalable expansion to meet various research and production needs.
Additionally, the Polycel Series features automated data recording and analysis, enabling real-time tracking of the cultivation process. It ensures data integrity and offers remote monitoring and parameter adjustments, making it ideal for long-term culture experiments while enhancing the accuracy and efficiency of scientific and industrial applications.
Technical Features
✅ Precision Cultivation Parameter Control
Equipped with comprehensive monitoring mechanisms for temperature, pH, DO, agitation speed, gas composition, vessel pressure, anti-foam control, and feeding. The system features an adaptive regulation function to maintain an optimal culture environment.
✅ Intelligent User Interface
A high-resolution HMI touchscreen displays real-time data, supports remote monitoring, and includes an automatic alarm system, ensuring operational safety and efficiency.
✅ Data Recording & Remote Access
Supports USB, Wi-Fi, and cloud storage for automatic data logging and ensures data integrity. It is also compatible with SCADA system integration, facilitating efficient data management and analysis.
✅ Modular Design & Expandability
Allows expansion with multi-parameter sensors, gas supply systems, and automated feeding mechanisms, making it adaptable to various research and industrial applications.
✅ Compliance with International Standards
CE-certified and compliant with international laboratory regulations and biotechnology industry standards, ensuring operational safety and consistency.
✅ Energy-Efficient & High-Performance Design
Utilizes high-efficiency, low-energy-consumption drive technology, reducing energy usage while enhancing bioprocess productivity and culture stability, effectively lowering overall operational costs.
✅ Remote Monitoring & Automated Control
Integrates intelligent algorithms to analyze historical data, compare optimal culture conditions, and implement automated optimization adjustments, minimizing human intervention errors.
Technical Specifications
Parameter | Specification |
Working Volume | 5L - 10L (customizable) |
Agitation Mode | Mechanical agitation, adaptable to different culture requirements |
Temperature Control | +5°C to 60°C, featuring high-precision PID regulation |
pH Control | 2.0 - 12.0 (monitoring range 0 - 14.00), with automatic compensation |
DO Monitoring | 0 - 100.0% (expandable to 200.0%), supports precise oxygen supply control |
Agitation Speed | 0, 1 - 1,200 rpm, suitable for diverse cell and microbial culture models |
Gas Supply | O₂, N₂, CO₂, Air (programmable mixing ratios) |
User Interface | 10-inch touchscreen + USB, Wi-Fi transmission, supports remote monitoring & control |
KLa Value | 200 h⁻¹ |
Power Supply | 110V / 220V, suitable for various laboratory and production environments |
Application Fields
🏭 Biopharmaceuticals – Antibody development, vaccine production, bioreactor simulation and process optimization, cell therapy research
🧬 Cell & Tissue Engineering – Stem cell culture, 3D cell cultivation, tissue engineering, gene editing applications
🔬 Academic Research – Microbial and cell culture, fermentation process development, biosynthesis & metabolic engineering, bioinformatics
🌿 Environmental Science – Biodegradation technology, algal carbon fixation, bioenergy research, ecological restoration
🍺 Food & Fermentation Engineering – Yeast and lactic acid bacteria applications, functional food fermentation, food additive development
💄 Cosmetics & Skincare – Bioactive ingredient development, collagen synthesis, cell regeneration technology, fermentation-based skincare formulations
🩺 Biomedical Materials – Implantable biomaterial research, cell compatibility testing, biosensor development, personalized medicine
🐟 Livestock & Aquaculture – Aquatic microbiome applications, feed fermentation technology, animal vaccine development, nutritional supplement research
🧪 Enzyme Engineering – Food and industrial enzyme production, biocatalytic reaction technologies, biofuel applications
🧴 Specialty Chemicals – Biobased materials, green chemistry technologies, biodegradable polymer applications
🌱 Traditional Chinese Medicine (TCM) – Plant cell culture, TCM active ingredient extraction & fermentation, biotechnological applications in herbal formulations
