Tag: Annex 11

Loss-in-Weight Feeder – Deviation Impact Assessment

Deviation Impact Assessment Template Equipment Information Equipment: Loss-in-Weight Feeder Area: Production/Continuous Manufacturing Criticality: Critical Product Impact: Direct CSV Required: Yes Deviation Details Description of Deviation: Classification Classification of Deviation: Minor Major Critical Product/Patient Impact Describe Product/Patient Impact: Data Integrity Impact…

Loss-in-Weight Feeder – Qualification Execution Checklist

Qualification Execution Checklist Equipment: Loss-in-Weight Feeder Subcategory: Solid Dosage Form (OSD) Area: Production/Continuous Manufacturing DQ/IQ/OQ/PQ Flags: Yes/Yes/Yes/Yes CSV Required: Yes Pre-start Checks Training completed SOPs reviewed and approved URS approved RA approved Calibration/PM Status Verification Calibration status verified Preventive Maintenance…

Loss-in-Weight Feeder – PQ Protocol

Performance Qualification Protocol for Loss-in-Weight Feeder Document Control: Document Number: PQ-LIW-001 Version: 1.0 Effective Date: YYYY-MM-DD Reviewed By: [Reviewer Name] Approved By: [Approver Name] Objective The objective of this Performance Qualification (PQ) protocol is to ensure that the Loss-in-Weight Feeder…

Loss-in-Weight Feeder – OQ Protocol

Operational Qualification Protocol for Loss-in-Weight Feeder in Continuous Manufacturing Document Control: Document Number: OQ-001 Revision: 1.0 Date: 2023-10-01 Prepared by: Validation Team Approved by: Quality Assurance Objective The objective of this Operational Qualification (OQ) protocol is to verify that the…

Loss-in-Weight Feeder – IQ Protocol

Installation Qualification Protocol for Loss-in-Weight Feeder Document Number: IQ-001 Version: 1.0 Effective Date: 2023-10-01 Reviewed By: [Name] Approval Date: [Date] Objective The objective of this Installation Qualification (IQ) protocol is to establish and document that the Loss-in-Weight Feeder is installed…

Loss-in-Weight Feeder – DQ Protocol

Document Number: DQ-OSD-LIW-001 Version: 1.0 Date: 2023-10-01 Prepared by: Validation Team Approved by: QA Manager Design Qualification Protocol for Loss-in-Weight Feeder This document outlines the Design Qualification (DQ) protocol for the Loss-in-Weight Feeder used in the production of solid dosage…

Loss-in-Weight Feeder – Equipment Validation SOP

Standard Operating Procedure for the Validation of Loss-in-Weight Feeders Purpose: This SOP outlines the validation process for Loss-in-Weight Feeders used in the production of solid dosage forms to ensure accurate powder feeding. Scope: This procedure applies to the validation of…

Continuous Blender – Qualification Certificate Template

Qualification Certificate Equipment: Continuous Blender Subcategory: Solid Dosage Form (OSD) Area: Production/Continuous Manufacturing Qualification Flags Design Qualification (DQ): Yes Installation Qualification (IQ): Yes Operational Qualification (OQ): Yes Performance Qualification (PQ): Yes Qualification Details Equipment Identifiers: [Insert Equipment Identifiers Here] Protocol…

Continuous Blender – Traceability Matrix (URS ↔ Tests)

URS ID URS Statement Risk (H/M/L) DQ Test Ref IQ Test Ref OQ Test Ref PQ Test Ref Evidence/Record Result URS-001 The continuous blender must maintain specified feed rates for optimal blending. H DQ-001 IQ-001 OQ-001 PQ-001 Feed Rate Calibration…

Continuous Blender – Validation Summary Report (VSR) Template

Validation Summary Report (VSR) Equipment Information Equipment: Continuous Blender Subcategory: Solid Dosage Form (OSD) Area: Production/Continuous Manufacturing DQ/IQ/OQ/PQ Flags: Yes/Yes/Yes/Yes Acceptance Criteria Reference: URS Annex11 Key Critical Parameters: Feed rates, RTD, RPM, PLC controls Requalification Frequency: 24 Months Summary This…