Aralin 1Kagamitan sa Milling at sieving: oscillating mills, conical mill, hammer mill, sieves — mga target sa particle size at feed controlTinatanaw ang oscillating, conical, at hammer mills kasama ang sieving systems. Nagbibigay-diin sa mga target sa particle size, screen selection, feed control, heat generation, at metal control upang makamit ang consistent na granule properties at downstream performance.
Operasyon at paggamit ng oscillating millDisenyo ng conical mill at screen choicesHammer mill impact at heat controlSieving systems at mesh selectionFeed rate, segregation, at metal checksAralin 2Kagamitan sa Granulation: high-shear granulator, oscillating granulator, twin-screw granulator — pangkalahatang-ideya ng proseso at kailan gagamitinNagdedetalye ng high-shear, oscillating, at twin-screw granulators, na naghahambing ng mga mekanismo, process parameters, at scale-up. Tinatalakay ang binder addition, endpoint detection, at mga pamantayan para sa pagpili ng kagamitan batay sa formulation at nais na granule properties.
Disenyo at control ng high-shear granulatorPaggamit at limitasyon ng oscillating granulatorMga prinsipyo ng twin-screw wet granulationBinder addition at endpoint detectionPagpili ng granulation route para sa produktoAralin 3Primary packaging equipment: blister machines, bottle filling, capping — pagpili batay sa produkto at marketTinatayang blister, bottle filling, at capping lines, na nakatuon sa pagpili ng kagamitan batay sa sensitivity ng produkto, stability, at market needs. Tinutukan ang line layout, changeover, in-process controls, at packaging integrity testing requirements.
Mga uri ng blister machine at key parametersDisenyo at control ng bottle filling lineCapping systems at torque verificationPagpili ng packaging batay sa stability ng produktoIn-process checks at package integrityAralin 4Kagamitan sa Drying: tray dryer vs fluid bed dryer — drying kinetics, typical parameters at monitoringNaghahambing ng tray at fluid bed dryers, na sumasaklaw sa drying kinetics, heat at mass transfer, at typical process parameters. Tinatalakay ang endpoint determination, sampling, at controls upang maiwasan ang degradation, case hardening, o non-uniform moisture.
Airflow at loading patterns ng tray dryerDisenyo ng fluid bed dryer at fluidizationDrying kinetics at critical moistureTypical temperature at airflow rangesMoisture endpoint tests at samplingAralin 5Kagamitan sa Lubrication at final blending: tumble blender, low-shear blending best practices upang maiwasan ang over-lubricationNag-e-explore ng kagamitan sa lubrication at final blending, na nagbibigay-diin sa tumble at low-shear blenders. Sumasaklaw sa pagpili ng lubricant, ayos ng pagdaragdag, blend time, sampling, at controls upang maiwasan ang over-lubrication at tiyakin ang content uniformity.
Disenyo ng tumble blender at operating parametersLow-shear blending at scale-up concernsAyos ng pagdaragdag at lubricant distributionPagkakakilanlan at pagpigil sa over-lubricationIn-process controls para sa kalidad ng final blendAralin 6Weighing at dispensing: floor/bench scales, electronic balance calibration, batch reconciliation at checksNakatuon sa mga operasyon sa weighing at dispensing, kabilang ang floor at bench scales, balance calibration, at environmental influences. Ipinapaliwanag ang pagkilala sa materyal, line clearance, batch reconciliation, at dokumentasyon upang tiyakin ang GMP compliance.
Pagpili ng scale at installation checksBalance calibration at verificationEnvironmental effects sa weighingMaterial ID, labeling at line clearanceBatch reconciliation at discrepancy handlingAralin 7Compression at tooling: rotary tablet press basics, turret speed, fill depth, tooling selection at punch maintenanceSumasaklaw sa rotary tablet press construction, turret speed, fill depth, at dwell time. Ipinapaliwanag ang mga uri ng tooling, punch tip design, at maintenance practices upang maiwasan ang defects, mabawasan ang wear, at mapanatili ang consistent na tablet quality at output.
Mga component at functions ng rotary tablet pressTurret speed, dwell time at outputDie fill depth at weight controlTooling selection at punch tip designPunch inspection, cleaning at maintenanceAralin 8Fundamentals ng Coating equipment: pan coating basics vs perforated pan at dahilan para sa optional film coatingIpinapakilala ang coating pans at perforated pans, atomization, at drying zones. Ipinapaliwanag ang film coating formulation, process parameters, at kailan optional ang coating para sa stability, taste masking, identification, o modified release.
Conventional vs perforated coating pansSpray guns, atomization at droplet sizeBed temperature at exhaust controlMga component ng film coating formulationMga dahilan para maglagay o mag-omisyon ng coatingAralin 9Kagamitan sa Blending: V-blender, bin blender, high-shear mixer — operating principles at suitabilityNaglalarawan ng V-blenders, bin blenders, at high-shear mixers, na naghahambing ng mixing mechanisms, scale-up, at blend uniformity testing. Gumagabay sa pagpili ng kagamitan batay sa powder flow, density, at segregation risk para sa matibay na blending processes.
Geometry ng V-blender at mixing patternsPaggamit ng bin blender sa contained handlingHigh-shear mixer para sa cohesive powdersMga estratehiya sa blend uniformity samplingPagpili ng blenders batay sa powder propertiesAralin 10Pagtanggap, sampling, at storage equipment ng hilaw na materyal: sacks, drums, sampling thief, controlled storage conditions, dokumentasyonTinutukan ang pagtanggap, sampling, at storage equipment ng hilaw na materyal, kabilang ang mga container, sampling tools, at controlled environments. Sumasaklaw sa labeling, status control, dokumentasyon, at segregation upang mapanatili ang traceability at maiwasan ang mix-ups.
Receipt checks at container inspectionSampling plans at controls sa thief useStorage conditions at monitoringLabeling, status labels at quarantineDokumentasyon, traceability at audits
