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The YWJ250-II softgel encapsulation machine is built for batch softgel production, serving commercial procurement demands from pharmaceutical, dietary supplement, and cosmetic manufacturing sectors. The equipment covers core links of softgel production, supporting continuous operation for large-scale manufacturing lines.
This equipment delivers a fully automated production flow from raw material filling, capsule molding to final product output. The automated workflow reduces manual intervention in production, lowers on-site operation intensity, and maintains consistent production rhythm during long working shifts. The unified control framework reduces operation errors caused by manual coordination.
The equipment adopts a PLC control system paired with a touch-screen operation interface. Operators can set and adjust production parameters via the interface, and monitor real-time production status on the same screen. The system regulates key links of capsule molding and filling, helping maintain consistent capsule specifications across production batches.
The YWJ250-II is engineered for high-speed production scenarios, with output capacity matching large-batch production demands. This configuration supports continuous production plans for medium and large manufacturing lines. Production rhythm can be adjusted within a preset range to fit actual order requirements.
The equipment applies a modular design concept. Each functional unit works as an independent module, which simplifies equipment upgrade and maintenance procedures. When production requirements change, corresponding modules can be adjusted directly, supporting rapid production line adjustment and customized configuration for different production needs.
This encapsulation machine adapts to production of capsules with different sizes and shapes. By replacing matching molds, the equipment can produce softgel products of various specifications without replacing the main equipment body. This adaptability helps manufacturers adjust product lines per market demand, reducing extra equipment investment.
The equipment structure is designed for convenient cleaning and maintenance. Parts in contact with materials adopt a detachable design, supporting disassembly and cleaning without complex tools. This design reduces downtime for cleaning and routine maintenance, and improves production continuity.
The equipment design and manufacturing process comply with GMP standards. The structure avoids hard-to-clean dead corners, and matches hygiene requirements of clean production environments. This compliance configuration supports enterprises in meeting production specification requirements of pharmaceutical and food-related industries.
The equipment is fitted with a status diagnostic system, which monitors running status of main components in real time. When operation abnormalities occur, the system sends corresponding prompts to help maintenance personnel respond quickly and cut production interruption time. The equipment also records production data during operation, supporting quality tracing and production management.
The equipment integrates energy-saving technologies to optimize energy use during production. Under the same production output, the optimized configuration reduces overall energy consumption, lowers unit production cost, and reduces environmental impact of the production process.
This machine fits multiple industrial applications. In pharmaceutical and dietary supplement sectors, it supports production of fish oil softgels and other fill-type softgel products. In the cosmetic industry, it is applicable for cosmetic capsule production. It also adapts to vegetable-based softgel production, matching demand for plant-derived capsule materials. With mold adjustment, it can also complete paintball production processes.
This model is designed for medium and large-scale production scenarios, matching batch order demands. It suits manufacturing enterprises with continuous production plans and stable large-batch order volumes.
The equipment supports common liquid and paste fill materials for softgel production, including oil-based fills and suspension fills. For special materials, adjustment and testing can be carried out according to material properties.
Yes. The modular structure supports mold replacement and customization. Enterprises can submit specific requirements for capsule size and shape, and matching molds can be configured for corresponding product specifications.
Routine cleaning is suggested after each production batch to avoid material residue. Regular inspection of wearing parts and transmission components is recommended per production frequency. For long-term continuous production, periodic full maintenance is advised to keep the equipment in normal condition.
The YWJ250-II softgel encapsulation machine provides a complete automated production solution for batch softgel manufacturing. With adaptable structure and compliant design, it fits production requirements across different industrial sectors. Enterprise customers can contact the supplier to obtain detailed technical parameters and customized production solutions.
The machine is mainly composed of a vibrator assembly, disc distribution system, chain drive part, display screen, electric control box assembly, camera box assembly, scrap box car, charging device, visual system, electronic control system, ejection system, etc. This sophisticated setup makes it an ideal soft gel capsule machine for modern production needs.
The fluidized bed capsule rotary cage dryer is used for shaping and secondary drying of soft capsules. It is composed of eight rotary cages, 24 fans and electronic control system. Each section can be positive and reverse separately. When used as a molding, the water content of the rubber skin of the soft capsule can be reduced from about 45% to about 35%, and the water content of the rubber skin of the soft capsule can be reduced to about 25% when it is run alone before drying. Drying method: boiling drying, can be blown into a fluidized state, reduce the shot body and shot body, shot body and the inner wall of the rotating cage friction, so that the drying speed is greatly improved.