Precision Pharmaceutical Manufacturing: Our GMP Production & Quality Control Infrastructure

Your API’s purity, potency, and regulatory compliance are defined in the manufacturing vessel.

Explore our specialized GMP production infrastructure, designed for the precise and scalable synthesis of high-value Active Pharmaceutical Ingredients.

For API importers and formulation partners, our facility serves as the critical link between chemical synthesis and pharmaceutical-grade ingredients.

We operate a full suite of cGMP-compliant equipment from kilo-lab scale to commercial production, ensuring your molecule transitions seamlessly from development to market.

Why Equipment Engineering is Critical in API GMP Manufacturing

The selection of materials, reactor design, and control systems directly impacts your API’s critical quality attributes (CQAs). Our facility is engineered to address the core challenges of API production:

• Precise Reaction Control: Maintain strict temperature, pressure, and pH parameters for consistent reaction outcomes and impurity profiles.

• Contamination & Cross-Contamination Control: Dedicated vessels, closed systems, and CIP/SIP capabilities.

• Handling of Potent Compounds: OEB-rated suites and contained equipment for handling highly active or sensitizing materials.

• Data Integrity & Process Validation: Fully instrumented systems with PAT (Process Analytical Technology) potential for robust data collection.

Our Core API Production & Reaction Equipment

GMP-Reaction Vessels & Reactors

• Glass-Lined Steel (GL) & Hastelloy Reactors: A range of reactors (50L to 2000L) for handling corrosive chemistries across a wide pH range. Ideal for acid chlorinations, fluorinations, and high-temperature reactions.

• Stainless Steel (316L) Reactors: For non-corrosive applications, offering robust performance for hydrogenations, alkylations, and condensations.

• Pressure Reactors: Designed for safe handling of hydrogenation, high-pressure carbonylation, and other gas-liquid reactions.

• Jacketed Reactors: For precise control of exothermic and endothermic reactions via heating and cooling utilities.

Purification & Isolation Equipment

• Agitated Nutsch Filters & Centrifuges: For efficient solid-liquid separation, washing of cake, and isolation of intermediates and final API. Options for solvent recovery and containment.

• GMP Distillation & Evaporation Systems:

  • Wiped Film Evaporators (WFE): For gentle and efficient concentration and purification of heat-sensitive APIs.

  • Fractionating Columns: For high-precision separation of solvents and liquid mixtures.

• GMP Chromatography Systems: For purification of complex molecules, including chiral separations, using preparative HPLC and flash chromatography.

Drying & Particle Engineering

• Tray Dryers & Vacuum Tray Dryers: For small batches or heat-sensitive materials, providing gentle and uniform drying.

• GMP Fluid Bed Dryers (FBD): For efficient drying of granules with excellent moisture uniformity.

• Double-Cone & V-Cone Blenders: For homogeneous blending of API with excipients or for ensuring uniformity of a single API batch.

Specialized Systems for Advanced API Processing

• Containment & Potent Compound Handling: Isolators, split-valve technology, and dedicated OEB (Occupational Exposure Band) 4/5 suites to handle highly active compounds safely.

• CIP (Clean-in-Place) & SIP (Steam-in-Place): Automated cleaning and sterilization systems for reactors and transfer lines, ensuring batch-to-batch integrity and reducing downtime.

• Process Control & Automation (SCADA/DCS): Centralized control systems for real-time monitoring of all critical process parameters (CPPs), ensuring process consistency and providing comprehensive data for regulatory submissions.

In-Process Control (IPC) & Analytical Support

While complete QC testing may be a separate page, highlighting in-process capability is crucial for API manufacturing credibility.

• In-Line PAT: Potential for in-line monitoring of reactions and crystallizations using FTIR and FBRM (Focused Beam Reflectance Measurement).

• IPC Lab: On-site lab equipped with HPLC, GC, and Karl Fischer titrators for rapid turnaround on reaction completion, impurity checks, and moisture content, enabling real-time process decisions.

From Kilo Lab to Commercial Scale: Your API’s Seamless Journey

We support your product lifecycle with scalable equipment trains:

• Kilo-Lab Scale (5L – 50L): For initial GMP batches for clinical trials (Phase I/II).

• Pilot Scale (50L – 500L): For process optimization and larger clinical supplies (Phase III).

• Commercial Scale (500L – 2000L+): For robust, validated manufacturing for market supply.