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XL-QCL80+XL-ASMR620/48+XL-KFG4
XINGLE
In the highly regulated environment of sterile pharmaceutical manufacturing, facilities working with the mainstream 5-30ml vial format frequently encounter significant operational challenges. The primary dilemma lies in balancing two critical requirements: maintaining exact filling accuracy for microgram-level powders in strict compliance with international pharmacopoeial standards, and executing rapid, reliable sterile filling line cleaning validation between consecutive production batches. Traditional fragmented setups often struggle to meet these stringent demands, leading to potential contamination risks and extended downtime. Recognizing these industry pain points, our engineering team has developed a comprehensive solution designed specifically to address the complexities of micro-dose powder handling.
Our Pharmaceutical High Speed Line for 5-30ml Powder Vial Filling is not merely an aggregation of standalone machines. Instead, it is engineered as a fully enclosed process platform purpose-built for high-risk sterile preparations. By integrating advanced automation, this system operates as a zero manual intervention closed-loop system. This design philosophy fundamentally eliminates the risks associated with human operators—the most common source of contamination in cleanroom environments. The seamless transition of vials from washing to sterilization, and finally to filling and sealing, ensures that the entire process remains strictly within classified zones, significantly simplifying regulatory compliance and routine operational protocols.
The exceptional performance of this high-speed production line is driven by the flawless integration of three core modules, each engineered to perform its specific task with maximum reliability:
Vertical Ultrasonic Washing Machine: The process begins with deep cleaning capabilities. Utilizing advanced ultrasonic technology, this module effectively removes particulate matter and potential contaminants from both the interior and exterior surfaces of the glass vials. The vertical design ensures efficient water drainage and prevents cross-contamination, setting a pristine foundation for the subsequent sterilization phase.
Tunnel Hot-Air Sterilization Oven: Following the washing cycle, the vials enter the sterilization tunnel. This module provides superior depyrogenation performance through precisely controlled hot air circulation. It guarantees that every vial reaches the required temperature for the necessary duration to completely eliminate endotoxins and microorganisms, ensuring a sterile vessel ready for sensitive powder products.
Integrated Filling-Stoppering-Capping Machine: The final and most critical stage is handled by a highly synchronized filling and sealing module. It is designed to manage the precise dosing of powders into the 5-30ml vial format. Immediately following the powder dispensing, the system automatically inserts the stoppers and applies the aluminum caps. This continuous, tightly coupled operation prevents exposure of the sterile powder to the environment, securing the integrity of the final product.
For pharmaceutical manufacturers and procurement managers, selecting an integrated production line offers substantial strategic advantages. Investing in a unified, zero manual intervention closed-loop system significantly reduces the complexity of Factory Acceptance Testing (FAT), Site Acceptance Testing (SAT), and ongoing cleaning validations. It minimizes the integration risks typically associated with sourcing equipment from multiple vendors. By choosing a platform engineered for high-risk sterile preparations, facilities can ensure long-term production stability, streamline their maintenance operations, and confidently meet the escalating demands of global healthcare markets.
The 5-30ml powder vial filling machine is engineered to deliver reliable performance, operational stability, and cost-efficiency for large-scale pharmaceutical manufacturing. By integrating advanced mechanical design with intelligent control systems, this equipment addresses critical production challenges and helps procurement teams optimize long-term investment returns.
The equipment features a highly compact and ergonomic layout designed to maximize the utilization of expensive cleanroom floor space. Its exterior boasts a smooth, polished surface meticulously engineered with no blind spots or hard-to-reach crevices. This sanitary design facilitates thorough cleaning, rapid sterilization, and straightforward daily maintenance. By minimizing the time required for batch changeovers and cleaning protocols, the system significantly improves overall equipment effectiveness (OEE) while maintaining the stringent sterility standards required for pharmaceutical processing environments.
Optimized resource consumption is a core advantage of this high-speed line, directly contributing to reduced operational expenditures. The system is designed with an advanced utility management framework, maintaining fresh water consumption at an efficient 0.6-1.0 m³/h and compressed air usage between 35-80 m³/h. Furthermore, it incorporates a highly efficient hot air circulation and exhaust system operating at 3,500-4,800 m³/h. This intelligent thermal management minimizes energy waste and ensures consistent environmental control, supporting sustainable manufacturing practices without compromising throughput.
Designed for demanding production schedules, each operational unit within the line connects smoothly to establish a fully automated, continuous workflow. This interconnected architecture minimizes the need for manual intervention, thereby reducing the risk of human error and operator-induced contamination. Capable of achieving a maximum production capacity of up to 18,000 bottles per hour, the system provides the throughput necessary for large-scale commercial manufacturing. The centralized control system allows operators to monitor real-time production metrics, ensuring stable and highly efficient batch processing.
Precision is paramount in powder dosing to prevent costly active pharmaceutical ingredient (API) waste. To achieve this, the machine utilizes advanced servo-driven high-precision piston pumps or vacuum-adsorption powder metering systems. These technologies effectively counteract filling variations typically caused by fluctuations in powder bulk density. Whether the production involves free-flowing crystalline powders or challenging, sticky lyophilized cakes, the vial powder filling machine maintains strict control over the dosing process. Accuracy validation can be monitored in real-time online, guaranteeing that the relative standard deviation (RSD) of content uniformity consistently meets USP <905> pharmacopeial requirements.
Handling glass vials at high speeds, especially after thermal processing, requires extreme care to avoid production halts. The system effectively mitigates this risk through the implementation of buffered infeed augers and flexible star-wheel transfer mechanisms. As vials exit the tunnel hot-air sterilization oven at elevated temperatures, these specialized components ensure they experience minimal thermal stress and mechanical shock when entering the filling station. This gentle handling strategy maintains a vial breakage rate of ≤ 0.5%. By preserving the physical integrity of the glass containers, the system prevents dangerous glass particulates from contaminating the critical Grade A laminar airflow environment, safeguarding both product quality and equipment longevity.
| Adaptive specification | 5-30ml national standard vials |
| Capacity | 6,000-18,000 vials/hour |
| Clarity | >99% |
| Breakage rate | ≤0.5%(the whole line) |
| Loading error | ±0.5-2% |
| Freshwater consumption and pressure | 0.2-0.4Mpa/0.6-1.0 m3 /h |
| Clean compressed air consumption and pressure | 0.3-0.6Mpa/35-80 m3/h |
| Plug qualified rate | ≥99% |
| Pass rate of capping | ≥99% |
| Vacuum pumping speed | 50 m3/h(external distribution) |
| Exhaust volume | 3500-4800 m3/h |
| Net weight | 9000(kg) |
| Total power | About 90kw 380V50HZ |
The high-speed powder vial filling line is specifically engineered to handle 5-30ml standard glass vials, catering to the rigorous demands of modern pharmaceutical manufacturing. By focusing on precise dosing and strict contamination control, this equipment serves as a critical production node for pharmaceutical companies, contract manufacturing organizations (CMOs), and research facilities. The system is widely applicable to a variety of sensitive and high-value pharmaceutical products, ensuring that production processes meet the highest levels of safety, efficacy, and operational stability.
Sterile Powder Injections (e.g., Cephalosporins, Penicillins): The handling of sterile powder antibiotics requires absolute precision and a contamination-free environment. This filling machine is highly suitable for processing cephalosporins, penicillins, and other similar powder injections. By maintaining a highly controlled filling zone, the equipment helps pharmaceutical manufacturers mitigate the risks of cross-contamination, ensuring that each vial receives the exact prescribed dosage. This reliability is essential for maintaining patient safety and meeting strict batch-release criteria.
Front-End Filling for Lyophilized Products: Freeze-dried (lyophilized) pharmaceuticals demand highly accurate quantitative dosing prior to entering the freeze-drying phase. This automatic vial filling machine provides the precise preliminary dosing required for lyophilized products. Ensuring consistent fill volumes before freeze-drying is crucial for achieving uniform cake formation, optimal moisture content, and predictable reconstitution times in the final drug product. The equipment's stable performance supports the overall efficiency of the lyophilization cycle.
High-Potency Hormones and Cytotoxic Powders: When dealing with highly active pharmaceutical ingredients (HPAPIs), oncology drugs, or cytotoxic powders, operator safety and product containment are paramount. This filling line can be configured with optional isolator integration to create a secure barrier between the product and the external environment. This capability ensures that highly potent substances are processed safely, protecting facility personnel from exposure while simultaneously safeguarding the sensitive drug powders from environmental particulate or microbial contamination.
Regulatory compliance is the cornerstone of pharmaceutical manufacturing. This automatic vial filling machine is designed, engineered, and manufactured in full compliance with China's Good Manufacturing Practice (GMP) requirements, while also meeting stringent international GMP standards. This dual compliance provides pharmaceutical enterprise clients with a strong foundation of trust and reliability for global market distribution.
The commitment to regulatory standards is reflected throughout the entire operational process, from initial vial cleaning and sterilization to the final stages of filling and sealing. By adhering to these strict guidelines, the equipment facilitates smoother regulatory audits and inspections. Pharmaceutical manufacturers can rely on the system's sanitary design, which minimizes dead legs and allows for effective cleaning and sterilization procedures. The comprehensive compliance framework ensures that every batch produced on this line adheres to the necessary quality, safety, and traceability requirements demanded by health authorities worldwide.
Choosing a fully compliant powder vial filling solution helps pharmaceutical facilities reduce validation times, lower the risk of regulatory non-compliance, and maintain continuous, uninterrupted production schedules for critical healthcare products. The robust design and adherence to industry norms make it a dependable choice for upgrading existing lines or establishing new pharmaceutical manufacturing facilities.