Online Biochemistry Analyzer BODS

Independent monitoring, analysis and control of biological processes in multiple fermenters

Each fermenter can be operated and monitored independently, enabling flexible, parallel process control for diverse bioreactor setups.

Cost-Effective "One-to-Many" Operation

The multi-channel design allows one analyzer to serve multiple fermenters, significantly reducing overall equipment and operational costs.

Automated, High-Efficiency Sample Handling

Integrated automated sample processing delivers fast, time-sensitive analysis, eliminating manual delays and improving lab throughput.

Automated Cleaning & Calibration for Superior Accuracy

Built-in automated cleaning and calibration cycles ensure consistent, precise measurements and reduce human error in fermentation monitoring.

Multi-Parameter Detection Integration

Supports simultaneous detection of multiple critical fermentation parameters (pH, DO, metabolites, etc.) in a single system, streamlining bioprocess monitoring.

Multi-Mode Automatic Feedback Control

Features closed-loop automatic feedback regulation across multiple modes, enabling real-time adjustment of fermentation conditions for optimal yield and stability.

Online Monitoring and Control of Microbial Fermentation Processes

Provides real-time detection and closed-loop control for industrial microbial fermentation, including monitoring key metabolites and process parameters to ensure batch consistency and yield optimization.

Process Analytical Technology (PAT) and Process Development in Synthetic Biology

Supports synthetic biology R&D and scale-up by enabling rapid, real-time analysis of engineered strains and bioproduction processes, accelerating strain screening and bioprocess optimization.

In-line Detection and Control for Animal Cell Culture Processes

Delivers precise, automated monitoring of cell culture media components and byproducts, supporting critical applications like biopharmaceutical production, monoclonal antibody manufacturing, and vaccine development.

High-Throughput, High-Efficiency Strain and Process Mining

Enables rapid screening and evaluation of microbial strains and fermentation conditions in high-throughput workflows, significantly shortening development cycles for new bioproducts and biocatalysts.