Description
Unit Size: Each
The Pharma 11 Chill Roll system provides pharmaceutical manufacturers and researchers with a comprehensive solution for cooling and flaking extruded materials. This system operates as a connected component with the Pharma 11 Extruder
• Dual cooling roller systemThe system features two precision cooling rollers that transform hot extruded material into flat films with adjustable thickness from 0.2 mm to 2 mm. The main cooling roller (108 mm diameter, 110 mm width) works in conjunction with a secondary cooling roller (57mm diameter, 110mm width) to ensure consistent cooling and film formation.
• Integrated Flaker UnitThe built-in Flaker Unit breaks down the processed film into uniform flakes for further processing or final product form. With factory settings of 40 RPM and capabilities up to 300 RPM maximum, the flaker provides flexible processing options for various materials.
• Precise controlThe system offers adjustable product speed (0-2.5 m/min) and throughput capacity (0-3 kg/h) for optimal processing control. The intuitive touch display interface provides easy access to operation parameters, alarm monitoring, and settings management.
• User-friendly operationThe touch display features an overview screen with clear visualization of actual and target values, allowing operators to make quick adjustments during processing. The interface includes alarm monitoring and settings management for efficient operation.
• Safety featuresThe system includes comprehensive safety features such as an emergency stop button, cooling roller cover, pressure roller unit, and a special safety door that monitors the nozzle access protection. These safety mechanisms ensure operator protection during all phases of operation.
• Pharmaceutical-grade designDesigned specifically for pharmaceutical applications, the Pharma 11 Chill Roll meets rigorous standards for pharmaceutical manufacturing with appropriate materials and cleanability features. The collection tray allows for easy sample collection and quality verification during processing.