Product Description
We commenced our business operation in the year 1981, to manufacture and export an advance range of C-GMP Reactor. Our reactors are used in various industries including bulk drugs, food processing, chemicals, pharmaceutical and beverage. Our C-GMP Reactor is designed and manufactured by our professionals as per the set industry norms using supreme grade materials. Easy to install and maintain these reactors are recognized for their optimum performance and longer service life.
Key Features:
- Rugged design
- Durable finish
- Excellent insulation
Superior Hygiene and ComplianceEngineered with a mirror-polished interior finish (0.4 Ra), the reactor minimizes contamination risks and aligns with cGMP and FDA requirements. Its stainless steel 316/316L construction further ensures durability and regulatory compliance, making it suitable for sensitive processing in pharmaceutical, food, and chemical industries.
Flexible Operation and ControlThe reactor supports both direct and indirect drive with variable frequency (VFD) controlled agitators, enabling precise mixing for a range of batch sizes (100 to 10,000 liters). PLC automation, CIP/SIP compatibility, and automatic safety interlocks deliver high efficiency, leak-proof operation, and robust process control.
Customized Design for Enhanced Process IntegrationWith multiple nozzle provisions, manhole with sight glass, and customizable dimensions, the reactor integrates seamlessly into existing facilities. Steam or electrically jacketed heating, comprehensive instrumentation, and process validation (DQ/IQ/OQ/PQ) enhance adaptability and documentation, supporting both standard and specialized production workflows.
FAQs of C-GMP Reactor:
Q: How does the mirror-polished 0.4 Ra internal surface benefit pharmaceutical and food processing applications?
A: The mirror-polished 0.4 Ra finish ensures a highly smooth interior, reducing product buildup and microbial contamination. This enhances cleanliness, simplifies cleaning (CIP/SIP), and complies with stringent cGMP/FDA standards, which is critical for pharmaceutical and food-grade processes.
Q: What process parameters can be controlled and monitored in this reactor?
A: Key process variables such as temperature (up to 200C), pressure (atmospheric to 10 Bar), agitation speed (via VFD), and batch levels are fully monitored and controlled through integrated PLC systems. Instrumentation includes pressure gauges, temperature sensors, and level indicators for precision process management.
Q: When should I use the steam or electric heating option for the jacketed system?
A: The choice between steam and electric heating depends on your facilitys utilities and processing needs. Steam heating is preferred for large-scale or continuous operations with a reliable steam supply, while electric heating suits smaller batches or installations without steam infrastructure, providing flexible temperature control.
Q: Where is the C-GMP reactor typically installed, and can it be customized for specific layouts?
A: This reactor is widely installed in pharmaceutical, chemical, and food processing plants. It offers customizable capacity (10010,000 liters) and dimensions to fit facility spaces and workflow requirements. Multiple nozzle configurations and manhole access ensure convenient integration and operational flexibility.
Q: What safety features are included in the reactor design?
A: The reactor is equipped with critical safety features including a calibrated pressure relief valve, automated safety interlocks, and a leak-proof mechanical seal or gland packing. Comprehensive validation documentation (DQ/IQ/OQ/PQ) also ensures safe and compliant installation and operation.
Q: How is product quality and process data documented for compliance?
A: Complete documentation covering design, installation, operational and performance qualification (DQ/IQ/OQ/PQ) is provided. This ensures traceability, regulatory compliance, and process validation. Additionally, computerized PLC control systems enable automated data logging for audit readiness and consistent production quality.
Q: What are the primary usage benefits of this reactor in batch operations?
A: Users benefit from efficient, reproducible batch processing thanks to variable agitation, precise control of thermal and mixing conditions, easy cleaning, and robust safety standards. Its versatility supports a wide range of formulations, offering reliable performance for high-purity or high-value products.