Engineered Spaces for High-Performance Manufacturing
High-tech facility enabling reliable and scalable production.
A Facility Where Quality Takes Shape
Our facility is designed and operated to meet global pharmaceutical standards, ensuring controlled, compliant, and high-integrity manufacturing across all dosage forms. The infrastructure follows WHO-GMP norms with layouts that support proper material flow, personnel control, and contamination prevention. Cleanrooms and processing zones adhere to EU-GMP expectations, supported by AHU-controlled environments that regulate temperature, humidity, and airflow. Classified areas are maintained with differential pressure controls, and HEPA filtration is used where required to achieve stringent cleanliness levels. Environmental monitoring is performed according to EU-GMP Annex guidelines, ensuring continuous oversight of particles, microbial levels, pressure, and airflow performance. Utilities such as purified water, compressed air, and steam are monitored under WHO and EU-GMP limits, with full MHRA-grade documentation. All critical utilities and equipment undergo calibration and follow validated IQ/OQ/PQ protocols to ensure consistent performance and regulatory readiness. Robust engineering controls, preventive maintenance, and real-time monitoring systems maintain operational reliability. Strong documentation practices, validated procedures, and trained technical teams ensure that the facility functions within globally compliant parameters. Together, these elements create a controlled, audit-ready environment that supports safe, efficient, and internationally accepted pharmaceutical manufacturing.
Our Facility Overview reflects a manufacturing infrastructure built to meet globally recognized pharmaceutical quality and compliance standards, ensuring controlled, consistent, and audit-ready operations. The entire facility is designed and operated in alignment with WHO-GMP norms,
incorporating stringent layouts for material flow, personnel movement, and segregation to prevent cross-contamination. Cleanrooms, processing zones, and controlled areas follow EU-GMP expectations, supported by a robust HVAC system engineered for pressure differentials, temperature stability, humidity control, HEPA filtration, and unidirectional airflow where required. These systems ensure that every step—from raw material handling to final packaging—takes place under controlled environmental conditions that protect product integrity. Documentation practices, batch records, and SOP frameworks are structured to meet MHRA requirements for traceability, transparency, and regulatory reliability. QA oversight is embedded across all operations to ensure continuous monitoring, deviation control, and compliance with global standards. Validated utilities, calibrated equipment, and well-defined cleaning protocols further strengthen process consistency. Training programs, controlled access, and strong data integrity measures ensure that every activity within the facility supports quality-driven, compliant, and internationally acceptable manufacturing
outcomes.
Our Cleanroom & HVAC systems are engineered to maintain highly controlled manufacturing environments that meet global regulatory expectations for product safety and consistency. All production areas operate under AHU-controlled zones, ensuring regulated temperature, humidity, and airflow to support stable processing conditions. Classified cleanroom areas are maintained with carefully managed differential pressures to prevent contamination and ensure proper segregation
between processing zones. HEPA filtration is incorporated wherever required to achieve high efficiency particulate removal and maintain the cleanliness levels mandated for pharmaceutical operations. Environmental monitoring is conducted in accordance with EU-GMP Annex guidelines, covering particle counts, microbial levels, pressure differentials, temperature, humidity, and airflow validation. These monitoring programs ensure continuous control and rapid detection of any deviation from defined standards. The system design also supports unidirectional airflow patterns, controlled air changes per hour, and strict maintenance protocols to preserve long-term performance. With validated HVAC operations, calibrated instruments, and comprehensive documentation practices, our cleanrooms consistently operate within globally compliant quality parameters, ensuring product integrity at every stage of manufacturing.
Our Utilities & Engineering infrastructure is designed to ensure that every supporting system operates with the precision, reliability, and regulatory compliance required for pharmaceutical manufacturing. The purified water system is continuously monitored as per WHO and EU-GMP limits, ensuring that key parameters such as conductivity, TOC, microbial load, and endotoxins= consistently remain within globally accepted standards. All utilities—including compressed air, steam, HVAC, and electrical systems—are calibrated and documented in alignment with MHRA grade expectations, providing full traceability and audit readiness. Equipment across the facility undergoes rigorous validation through IQ, OQ, and PQ protocols to confirm installation accuracy, operational performance, and process suitability. Preventive maintenance programs, calibration schedules, and engineering logs are maintained to ensure uninterrupted functionality and long-term system integrity. Engineering controls support risk-free operations with robust alarm systems, redundancy measures, and real-time monitoring tools. Dedicated utility rooms, controlled pipelines, and hygienic design principles further strengthen system reliability. With strong documentation practices and vigilant oversight, our utilities and equipment consistently deliver the stability and compliance essential for safe, efficient, and high-quality pharmaceutical production.
