This pharmaceutical bottle neck cutting machine is specifically designed for processing various pharmaceutical containers, boasting a wide range of applications. It can handle multiple products such as 5ml-2L plastic pharmaceutical bottles including narrow-mouth pharmaceutical bottles for oral liquids, wide-mouth pharmaceutical bottles for powder medicines, and dropper-type pharmaceutical bottles for eye drops/ear drops—characterized by strict dimensional accuracy requirements for bottle necks to ensure compatibility with rubber stoppers and aluminum caps. It is compatible with mainstream pharmaceutical-grade plastic materials including HDPE, PP and PET, making it perfectly suitable for production needs in the pharmaceutical industry. The equipment supports seamless integration with automated pharmaceutical bottle production lines and can be embedded into existing production processes to form a closed-loop operation, enabling continuous production from pharmaceutical container forming to bottle neck processing and significantly improving the overall production efficiency of the clean workshop.
This automatic pharmaceutical bottle mouth cutting machine adopts advanced rotary cutting technology, which forms flexible protection for the pharmaceutical bottle mouth during the cutting process and avoids bottle mouth damage or deformation that may be caused by traditional cutting methods. Its precision tool design and motion trajectory control can ensure no debris is generated during the cutting process, which not only guarantees the sterility of the processing environment but also avoids raw material waste. Compared with manual cutting, it not only increases the pharmaceutical bottle mouth processing efficiency by 3-5 times but also significantly reduces labor costs and management costs, making it an ideal cutting solution for pharmaceutical enterprises to achieve cost reduction, efficiency improvement, and compliance with GMP requirements.
It adopts a modular design concept with a compact and reasonable structure, occupying a small floor area and allowing flexible deployment in different pharmaceutical workshop layouts. The human-machine interface is intuitive and easy to understand, enabling operators to get started quickly after simple GMP safety training. The daily maintenance procedures are simple and convenient—components are easy to disassemble and clean, and no dead corners for contamination, reducing pharmaceutical enterprises' reliance on professional and technical personnel.

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