The modern fully automatic capsule filling machine adopts an intermittent rotary design and completes the entire process of capsule packaging through a twelve station indexing mechanism. The core processes include directional arrangement, body cap separation, drug filling, locking and removal, etc.
The advantages of a fully automatic capsule filling machine include:
Low energy consumption: The device has a small size, low energy consumption, and is suitable for long-term operation.
• Easy to operate: Changing molds is simple, easy to operate and clean.
High precision: Using a high-precision divider, the dose difference is controlled within ± 3%, and the domestic capsule machine has a loading rate of over 99.5%.
• Safe and reliable: The electrical components are made of high-quality brands, and the control system is safe and reliable.
Environmental protection and energy conservation: The capsule finished product discharge mechanism has been redesigned, eliminating the need for an air compressor, reducing noise and cross pollution, and achieving significant energy-saving effects.
Multi functionality: It can be configured with powder collectors, microspheres, granules, and tablet filling functions according to user needs to meet various material requirements.
Compliant with GMP standards: The parts that come into direct contact with the powder are made of high-quality 304 and 316 stainless steel, which meets the GMP requirements of pharmaceutical factories.
The development trend of fully automatic capsule filling machine:
Modular design: Modular design can enhance the flexible production capacity of equipment and adapt to different production needs.
Intelligent application: In the future, fully automatic capsule filling machines will increasingly use intelligent modules such as AI quality inspection and IoT operation and maintenance to improve production efficiency and quality control.
Green manufacturing technology: With the increasing awareness of environmental protection, fully automatic capsule filling machines will pay more attention to energy consumption optimization and waste disposal to achieve green manufacturing.
• Technological breakthrough direction: Future technological breakthrough directions include improving the automation level and production accuracy of equipment, as well as developing new functional modules to adapt to more application scenarios.