PARALLEL PROCESS STATION
ADPPS-5 PARALLEL PROCESS STATION
Aditya Scientific’s Parallel Process Station is a powerful tool designed to revolutionize your R&D endeavours. The Parallel Process Station is a versatile platform that empowers R&D teams to work smarter, not harder. By enabling simultaneous execution of multiple experiments, it transforms the way we approach scientific discovery.
Why Choose Aditya Scientific’s Parallel Process Station?
Parallel Screening of Compounds: -
- Efficiency Unleashed: Imagine screening multiple compounds or formulations in parallel. With the Parallel Process Station, you can swiftly evaluate their efficacy for drug discovery, materials science, and beyond.
- Accelerate Insights: By running parallel tests, you can save valuable time and resources.
High-Throughput Experimentation: -
- Explore the Possibilities: Set up parallel reactions or experiments to explore a vast parameter space. Test numerous variables simultaneously, from temperature and pressure to catalysts.
- Optimal Parameters: Quickly pinpoint optimal conditions for your process, whether it is synthesizing a novel material or optimizing a chemical reaction.
Optimization of Reaction Conditions: -
- Parallel Exploration: Researchers can simultaneously investigate a range of reaction conditions. Fine-tune parameters like temperature, pressure, and catalysts to achieve peak performance.
- Swift Optimization: Rapidly iterate and optimize experimental parameters, leading to more efficient processes.
Accelerated Data Generation: -
- Multiply Insights: Parallel processing means more experiments running concurrently. Collect data faster, analyze trends, and make informed decisions promptly.
- Data-Driven Decisions: Stay ahead of the curve by leveraging real-time insights from parallel experiments.
Screening for Process Scalability: -
- Scaling Up with Confidence: Evaluate process scalability by testing multiple scale-up scenarios simultaneously. Ensure seamless transitions from lab-scale to production.
- Risk Mitigation: Identify scalability challenges early, minimizing surprises during implementation.
Design of Experiments (DOE): -
- Efficient Exploration: Apply DOE techniques to parallel experiments. Optimize research design across multiple factors efficiently.
- Statistical Rigor: Extract meaningful insights from complex experimental spaces.
Comparative Studies: -
- Quickly Compare: Leverage parallel processing to compare different materials, methods, or formulations side by side.
- Choose Wisely: Swiftly identify the most promising options for further exploration.
At Aditya Scientific, we believe that innovation thrives on efficiency. The Parallel Process Station is your gateway to accelerated discoveries, streamlined workflows, and scientific excellence.
Technical Specifications: -
No. of reaction vessels |
1-5 |
Synthesis Scale |
50-60ML |
Stirring System |
Strong Magnetic Stirrer |
Temperature Control Range |
-10°C - -180°C( 5 X Independent control) |
Individual Temperature Control |
Yes |
Individual Stirring Control |
Yes |
Accuracy of Temperature Control |
+1°C |
Range of Rotation Speed |
100-1100rpm |
Temperature Setting Display |
Digital |
Stirring Setting Display |
No Display |
Stirring Setting Display |
No Display |
Gas Flushing |
Inert Gas and Vacuum |
Reflux |
Reflux Adapter |
System of adding Samples |
Septa or Addition Funnel |
Reaction Observation |
Slit in front of Aluminium Block |
Safety Feature |
Temperature Cut-off |
Material of Wetted Surface |
Teflon and Glass |
Size of Reaction Vessel |
100ml |
Manifold |
Optional |
Range of Ambient Temperature |
10°C to 45°C |
Dimensions(in mm) |
465W X 455D X 415H |
Net Weight |
40Kg |
Supply Power |
230V AC |
Drip-Proof Cover |
Yes |
Reflux Adapter |
Yes |
Set of Reaction Vessel |
5 |
Test Tube Adapter |
Yes |