PureFeed® A The powerful auger feeder in hygienic design - Schenck Process - #5

Text version of the page

Both feeders feature: 316L Stainless Steel material pcp Ra 0.8 ìm interior finishes (Ra 0.4 ìm optional) Completely enclosed motors Sanitary quick release clamps Easy disassembly and cleaning in minutes Smooth wipe down friendly surfaces Explosion proof configurations (optionally available) Application examples: Regulating material supply to size reduction equipment Feeding active and excipient ingredients into batch and continuous mixer/blenders Extrusion and compounding Tabletting and tablet coating Multi-ingredient feeding Inter-process packaging Blister Pack Filling Feed Material examples: Aerosil, Calcium Carbonate, Cellulose, Kieselguhr, Lactose and Magnesium Stearate Accuracy Statement 2 Sigma, 60s sample: Subject to full application details, material characterisation and application trials, PureFeed® is capable of achieving accuracies within the range of ± 0.25% to ± 1.0% gravimetric and ± 1.5% to ± 2.5% volumetric. For feed rates between 20 g/hr to 100 g/hr, PureFeed® DP is capable of achieving an accuracy of ± 1.0 g/hr. Embracing International Standards: USDA (3-A USDA) FDA EHEDG Recommendations DIN-EN Standards EU Machinery Directive UL ATEX GAMP cGMP Material discharge: Established Auger and ”Wire Helix“ (patent pending). Feed Hopper: Flexible and disposable. PureFeed® AP Extension of our core competence in auger metering. Application Parameters Ideal for high feed rates: 500 g/hr to 150 kg/hr Particle Size: 3 ìm to 5 mm Bulk Density: < 1,400 kg/m3 Material Characteristics: Free-flowing to difficult to handle Characteristics of PureFeed® AP Auger Feeder Pulsation-reduction feed principle utilising a patented ”Wire Helix“ Disposable flexible feed hopper manufactured from FDA Approved EPDM reduces the need for cleaning and swab testing External, non-intrusive agitation of the flexible feed hopper Easy disassembly for COP cleaning Dust containment system for transportation of the unit to a COP area Volumetric and gravimetric variants