Reliable Four Channel Online Process Raman Laser Spectrometer 1064nm

Chemical, pharmaceutical, and materials process development requires precise quantitative analysis of components. Traditional offline laboratory analysis techniques often involve time-consuming sample transportation and processing, creating delays that hinder real-time monitoring capabilities.

JINSP provides advanced online monitoring solutions for chemical, pharmaceutical, and material process research and production. Our technology enables in-situ, real-time, continuous, and rapid online monitoring of component content during reactions.

The JINSP RS2100-4 features a 4-channel optical probe design for switching online analysis across multiple reaction systems, allowing simultaneous process control for multiple systems.

• Shorten process development period and time-to-market
• Enhance production efficiency and capacity
• Enable timely intervention to control the reaction process
• Reduce product defect rates and minimize losses
• Provide alarm for abnormal reactions
• Avoid dangerous on-site sampling

Example Applications: Chemical Reactions/Biological Processes Requiring Timely Intervention upon Abnormal Reactions or Reaction Endpoints

In processes like bio-fermentation and enzyme-catalyzed reactions, the activity of cells and enzymes can be significantly affected by related components in the system. Real-time monitoring of these components' levels enables timely intervention crucial for maintaining efficient reactions, while offline detection with its delayed results may miss critical intervention windows.

Typical users: Research and production personnel in bio-fermentation companies, pharmaceutical/chemical companies involved in enzyme-catalyzed reactions, and companies synthesizing peptide and protein drugs.

The RS2100-4 offers three operational modes in laboratory settings, each requiring different accessories:

1. Immersed Probe Mode: Uses a long probe that extends to the liquid level of the reaction system for component monitoring. Probe specifications vary based on reaction vessel and conditions.
2. Flow Cell Mode: Connects a bypass probe for online monitoring, ideal for microchannel reactors and similar systems.
3. Direct Alignment Mode: Utilizes an optical probe aligned directly with the reaction vessel's side window for monitoring.