High Sensitivity Raman Spectroscopy Machine 785nm With Modbus Communication

The JINSP RS2000, a cutting-edge instrument in JINSP's product line, has been extensively utilized in the realm of fine chemicals. It plays a pivotal role in elucidating reaction mechanisms, studying reaction kinetics, investigating various crystal forms, and optimizing process development. Its applications are particularly noteworthy in the context of hazardous processes, such as nitration, chlorination, fluorination, hydrogenation, and diazotization. These processes often involve highly reactive and potentially dangerous chemicals, making real-time monitoring not just beneficial but essential for safety and efficiency. The RS2000's ability to provide detailed, immediate feedback on these reactions allows researchers and engineers to make informed decisions quickly, thereby mitigating risks and improving the outcomes of these complex chemical processes.

RS2000 has also been used in the field of biomedicine, including such biological processes as aseptic biological fermentation, peptide drug synthesis, enzyme catalytic reaction, etc. to control processes accurately.

Chemical/pharmaceutical/materials process development and production requires quantitative analysis of components. Usually, offline laboratory analysis techniques are used, where samples are taken to the laboratory, and instruments such as chromatography, mass spectrometry, and nuclear magnetic resonance spectroscopy are used to give information on the content of each component. The long detection time and low sampling frequency cannot meet many real-time monitoring needs.

Technical Parameters:

Advantages:

The advantages of utilizing JINSP's online analytical instrument are manifold and significant, offering a range of benefits that can greatly enhance industrial processes and outcomes. Firstly, this innovative technology is designed to significantly shorten the duration of process development, thereby accelerating the time-to-market for new products. By providing real-time data and insights, it allows for a more efficient and streamlined development process, ensuring that products can be brought to market more quickly than ever before.

Moreover, the implementation of JINSP's online analytical instrument can lead to a substantial enhancement in production efficiency and capacity. By enabling continuous monitoring and analysis of the production process, it allows for the optimization of various parameters, resulting in higher output rates and improved utilization of resources. This not only boosts overall productivity but also ensures that manufacturing processes are running at their peak performance levels.

Another critical benefit is the instrument's ability to enable timely intervention in controlling the reaction process. By providing precise and immediate feedback on the state of ongoing reactions, it allows operators to make informed decisions and adjustments in real-time. This capability is crucial in preventing deviations and ensuring that processes remain within the desired parameters, ultimately leading to more consistent and reliable outcomes.

In addition, the use of JINSP's online analytical instrument can lead to a reduction in product defect rates, thereby minimizing losses associated with substandard products. By continuously monitoring the quality of the output, it allows for the early detection of any issues, enabling corrective actions to be taken before significant quantities of defective products are produced. This not only saves on material costs but also helps maintain the integrity and reputation of the brand.

Furthermore, the instrument is equipped with the capability to provide alarms for abnormal reactions. This feature is essential for ensuring the safety and stability of the production process. By alerting operators to any deviations or anomalies, it allows for prompt responses to potential issues, preventing accidents and minimizing the risk of hazardous situations.

Lastly, the online analytical instrument helps to avoid dangerous on-site sampling. Traditional methods often require personnel to physically collect samples from the production environment, which can expose them to various risks, including chemical hazards and extreme conditions. By eliminating the need for such manual sampling, the instrument not only protects the workforce but also ensures a more consistent and uninterrupted production process.

In summary, JINSP's online analytical instrument offers a comprehensive suite of benefits that can transform industrial processes. From accelerating product development and enhancing production efficiency to ensuring quality control and safety, this technology is a valuable asset for any modern manufacturing operation.
 

Applications:

Li-ion battery industry
Research on the synthesis process of bis(fluorosulfonyl)amide

Biopharmaceutical industry
Drug crystal form research and consistency evaluation
Quality Control in Biofermentation Engineering

Fine chemical industry
Research on the process of producing furfuryl alcohol by hydrogenation reaction of furfural
Process control of bioenzyme catalytic reactions of nitrile compounds
A certain ultra-low temperature nitrification reaction
Research on o-xylene nitration reaction process

Eg: Chemical/Biological Process R&D with Tight Schedules and Emphasis on Time Efficiency

Online monitoring provides real-time continuous data, quickly revealing reaction mechanisms. Big data helps researchers understand the reaction process, significantly accelerating the R&D cycle. Traditional offline detection provides limited information and delayed results, leading to low R&D efficiency.
Typical users: Process R&D personnel in pharmaceutical and biopharmaceutical companies; R&D personnel in new materials and chemical companies.

Usage models:

RS2000T has three usage modes in the laboratory, and each mode requires different accessories.
1. The first mode uses an immersed long probe that goes deep down to the liquid level of the reaction system to monitor each reaction component. Depending on the reaction vessel, reaction conditions, and system, different specifications of probes are configured.
2. The second mode involves using a flow cell to connect a bypass probe for online monitoring, which is suitable for reactors like microchannel reactors. Various probes are configured based on the specific reaction vessel and conditions.
3. The third mode utilizes an optical probe directly aligned with the side window of the reaction vessel for reaction monitoring.

FAQ:

Q1: This is the first time I use it, is it easy to operate?
A1:We will send you a manual and guide video in English, it can teach you how to operate the spectrometer. Also, our technicians will offer professional technical operation meetings.

Q2: Can you offer an operation training?

 A2: Your technicians can come to our factory for training. Jinsp engineers can go to your place for local support ( installation, training, debugging, maintenance ).

A3: When you send us an inquiry, please kindly offer details with wavelength, detector, effective pixels, focal length, and so on. We will send you a quotation with details soon to your email.

Q4:If the spectrometer has a problem in my place, what could I do?
A4: The spectrometer has a one-year warranty. If it breaks down, our technician will figure out what the problem maybe, according to the client's feedback. We can repair for free within one year warranty.

Q5: What about quality assurance?
A5:We have a quality inspection team. All goods will go through quality inspection before shipment. We can send you pictures for inspection.