250-II Softgel Servo Encpasulation Machine

Mid-capacity servo softgel machines deliver the core benefits of servo technology-automatic alignment, digital adjustment, recipe storage, and improved process control-at a production volume appropriate for growing manufacturers and multi-product facilities. High-output industrial servo platforms double the capacity but require higher capital investment, greater facility infrastructure, and higher minimum batch sizes to operate efficiently. For pharmaceutical companies producing 50–150 million capsules annually, or contract manufacturers handling multiple smaller campaigns, a mid-capacity servo machine provides optimal return on investment while still delivering the quality and automation advantages of servo control.

CE Safety Level 3 (Category 3) refers to the machinery safety architecture standard defined in EU machinery directives, requiring dual-channel safety circuits and fault tolerance for safety-related functions. For pharmaceutical manufacturing facilities, this means the electrical control system has redundant safety monitoring, multiple independent protection layers (overload, over-temperature, leakage, mechanical limits), and documented safety circuit design. This level of safety compliance is increasingly expected during GMP inspections and EU regulatory audits, as machinery safety is considered part of overall product quality assurance. It also reduces workplace safety risk for production personnel operating the equipment.

Conventional cam-driven fill pumps produce abrupt mechanical motion at the top and bottom of each stroke, creating shock and shear forces that can damage delicate active ingredients, break down suspended particles, or cause foaming in sensitive formulations. The impact-free fill pump uses servo-controlled motion profiling to create smooth acceleration and deceleration throughout the entire pump stroke, eliminating mechanical shock. This gentler pumping action preserves the integrity of shear-sensitive materials, biological actives, probiotic formulations, and suspensions with fragile particulate components, resulting in higher quality finished products with better retention of active ingredient properties.

Yes, the machine uses the industry-standard 6" × 10" (150 mm × 250 mm) die roll format, which is compatible with tooling from most major softgel equipment manufacturers using this standard working width. This means facilities upgrading from mechanical encapsulators of the same die format can typically reuse their existing inventory of oval, oblong, and custom shape die tooling, reducing the capital cost of upgrading to servo technology. We recommend verification of specific tooling dimensions during the evaluation phase to confirm compatibility.

The self-diagnostic system continuously monitors hundreds of sensor inputs and operating parameters across all machine systems. When an anomaly is detected, the system immediately identifies the specific fault condition, displays a descriptive error code on the HMI, and logs the event with timestamp information. Instead of spending hours troubleshooting to identify the root cause of a problem, maintenance personnel receive immediate diagnostic information pointing directly to the affected component or system. This reduces mean time to repair (MTTR) significantly, minimizes production downtime, and also supports preventive maintenance by identifying developing issues before they cause unplanned stops.

The built-in remote interface enables secure connectivity between the machine's PLC system and our factory technical support team. With customer authorization, our engineers can remotely view real-time operating parameters, review fault history, adjust control parameters, and guide operators through troubleshooting procedures. This is particularly valuable for international customers where on-site service requires travel time and expense. Remote support can resolve the majority of adjustment and diagnostic questions without site visits, and when on-site service is needed, technicians arrive already informed about the specific issue, reducing on-site time required.

Yes, the servo-driven system supports both traditional animal-based gelatin formulations and plant-based starch capsule production without requiring mechanical component changes. The independent servo control of gelatin box parameters and ribbon thickness is actually advantageous for starch-based formulations, which often require more precise temperature and thickness control than standard gelatin. The recipe storage system allows operators to save proven parameter sets for each shell material type, enabling quick and reliable switching between gelatin and vegan product campaigns.

We provide comprehensive documentation packages to support pharmaceutical qualification activities. Standard deliverables include equipment functional specifications, design qualification documentation, material certificates for all product-contact components, electrical schematics with CE safety documentation, and factory acceptance test (FAT) protocols. Optional documentation supports Installation Qualification (IQ), Operational Qualification (OQ), and Performance Qualification (PQ) execution, including template protocols tailored to the specific machine configuration. The Siemens PLC's data logging and parameter audit capabilities also support ongoing data integrity compliance under pharmaceutical GMP requirements.

The on-site service package includes mechanical installation supervision, electrical connection verification, full system commissioning with test production runs, and comprehensive operator training. The training program covers machine operation procedures, product changeover processes, parameter adjustment techniques, routine maintenance schedules, lubrication requirements, and basic fault diagnosis. Both production operators and maintenance personnel receive hands-on instruction until they demonstrate competent operation. The service engineer remains on-site until the machine is producing acceptable quality product and the customer team is confident in independent operation.