Preparation System

BRIEF INTRODUCTION

The Preparation System is designed for material preparation in industries such as bioengineering, large infusions, oral solutions, and fine chemistry. It effectively mitigates the risks of cross-contamination and product contamination during the preparation process, enhancing production efficiency and product reliability.
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Standalone Positioning

Independently completes the compounding (liquid preparation) process, fully meeting GMP requirements for standalone production.


Applicable Dosage Forms & Specifications

  • Dosage Forms: Lyophilized powder for injection / aqueous injection vials, infusion bottles, prefilled syringes, liposomes, ADCs, vaccines, etc.

  • Batch Volume: 50 – 10,000 L

  • Design Capacity: ≤10,000 L per batch, with continuous buffer discharge up to 2,000 L/h


Process Flow

Manual / Automatic Charging → Integrated Process of This Unit: Vacuum Conveying → Raw & Auxiliary Material Feeding → Weighing → Dissolution → Mixing → Temperature Adjustment → Sterilizing Filtration → Dynamic Buffering → Aseptic Transfer → Aseptic Transfer to Downstream Filling Machines


Key Performance Parameters

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Construction & GMP Design

  • 316L stainless steel three-dimensional frame, electropolished with Ra ≤0.4 μm, sloped surfaces ≥3° for zero dead-leg drainage.

  • Fully enclosed RABS enclosure with tempered glass viewing windows; all seals made of USP Class VI EPDM / PTFE.

  • Fully modular piping system with 100% automatic TIG welding and borescope inspection.

  • Dual-loop jacketed vessel / heat exchanger design, temperature control accuracy ±1 °C.

  • Optional integration of CIP skid and WFI loop, enabling a closed-loop self-cleaning and self-sterilizing system.


Control System

  • Siemens S7-1500 PLC + 15" HMI, ≥100 recipes with hierarchical user access management.

  • 21 CFR Part 11 compliant: audit trail, electronic signatures, one-click PDF batch report generation.

  • Reserved OPC UA and Modbus-TCP interfaces for seamless integration with MES / LIMS and Electronic Batch Records (EBR).

  • Optional AI-assisted formulation optimization, based on historical concentration–yield big data.


Utility Requirements

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