The document summarizes the validation process for a tablet compression machine. It discusses the key stages of validation including installation qualification (IQ), operational qualification (OQ), and performance qualification (PQ). The IQ involves verifying that the machine has been installed correctly according to specifications. The OQ tests the operation of the machine's controls and parameters. Finally, the PQ evaluates the machine's compression capabilities by testing the tablets' characteristics such as hardness, thickness, and friability. The document provides details about acceptance criteria for each validation stage.
Validation of cone blender, mixer granulator and tablet compression machine.MayuriGhavate
The document summarizes the validation process for common pharmaceutical equipment used in powder blending, granulation, and tablet compression. It discusses the validation of cone blenders, mixers, granulators, and tablet compression machines. The validation process involves design qualification, installation qualification, operational qualification, and performance qualification to ensure equipment is properly designed, installed, operated, and performs as intended. Key aspects that are validated include design criteria, utilities, cleaning procedures, operating parameters, and finished product quality attributes. Validation helps improve safety, reproducibility, and compliance for pharmaceutical manufacturing.
Qualification of tablet compression machinePritam Kolge
The document discusses the qualification process for a tablet compression machine. It describes the steps of design qualification, installation qualification, operational qualification, and performance qualification. Design qualification establishes that the machine design meets requirements. Installation qualification verifies proper installation. Operational qualification tests machine functions and settings. Performance qualification evaluates the machine's process capability at different speeds. The results showed specifications were met at an optimum speed of 40 rpm.
Process validation of tablet compressionSanket Shinde
This document provides an overview of tablet compression machine validation. It begins with introducing the need and types of process validation. Then it discusses validation of tablet compression machines in particular, including the critical parameters to monitor and qualify like compression force, speed, and in-process testing. It outlines the validation protocols for installation, operational, and performance qualifications. The document emphasizes the importance of revalidating if any changes are made to equipment, location, parts, or normal schedules.
1) The document outlines the validation process for a tablet compression machine, including installation qualification (IQ), operational qualification (OQ), and performance qualification (PQ).
2) The IQ establishes that the machine is installed correctly according to specifications. The OQ tests that the machine operates as intended at different speeds and settings.
3) The PQ evaluates the machine's compression capabilities by producing tablets and testing for characteristics like content uniformity, thickness, hardness, and friability. The validation protocol brings all stages together in a report.
Qualification of Tablet Compression Machine.pptxDhruvi50
Tablet Compression Machine
Principle of Tablet Compression Machine
Construction of Tablet Compression Machine
Working of Tablet Compression Machine
Qualification of Tablet Compression Machine
Installation Qualification
Operational Qualification
Performance Qualification
References
This document discusses the validation of dry powder mixers, fluid bed dryers, and tray dryers used in pharmaceutical manufacturing. It describes the need for validation to ensure safety, reliability and consistent results. The validation process includes installation qualification to check equipment meets specifications, operational qualification to ensure proper functioning, and performance qualification to verify the equipment achieves expected results. Key parameters monitored include temperature, time, particle size and moisture content. The document provides details on qualification protocols and acceptance criteria to fully validate each piece of equipment.
Validation of cone blender, mixer granulator and tablet compression machine.MayuriGhavate
The document summarizes the validation process for common pharmaceutical equipment used in powder blending, granulation, and tablet compression. It discusses the validation of cone blenders, mixers, granulators, and tablet compression machines. The validation process involves design qualification, installation qualification, operational qualification, and performance qualification to ensure equipment is properly designed, installed, operated, and performs as intended. Key aspects that are validated include design criteria, utilities, cleaning procedures, operating parameters, and finished product quality attributes. Validation helps improve safety, reproducibility, and compliance for pharmaceutical manufacturing.
Qualification of tablet compression machinePritam Kolge
The document discusses the qualification process for a tablet compression machine. It describes the steps of design qualification, installation qualification, operational qualification, and performance qualification. Design qualification establishes that the machine design meets requirements. Installation qualification verifies proper installation. Operational qualification tests machine functions and settings. Performance qualification evaluates the machine's process capability at different speeds. The results showed specifications were met at an optimum speed of 40 rpm.
Process validation of tablet compressionSanket Shinde
This document provides an overview of tablet compression machine validation. It begins with introducing the need and types of process validation. Then it discusses validation of tablet compression machines in particular, including the critical parameters to monitor and qualify like compression force, speed, and in-process testing. It outlines the validation protocols for installation, operational, and performance qualifications. The document emphasizes the importance of revalidating if any changes are made to equipment, location, parts, or normal schedules.
1) The document outlines the validation process for a tablet compression machine, including installation qualification (IQ), operational qualification (OQ), and performance qualification (PQ).
2) The IQ establishes that the machine is installed correctly according to specifications. The OQ tests that the machine operates as intended at different speeds and settings.
3) The PQ evaluates the machine's compression capabilities by producing tablets and testing for characteristics like content uniformity, thickness, hardness, and friability. The validation protocol brings all stages together in a report.
Qualification of Tablet Compression Machine.pptxDhruvi50
Tablet Compression Machine
Principle of Tablet Compression Machine
Construction of Tablet Compression Machine
Working of Tablet Compression Machine
Qualification of Tablet Compression Machine
Installation Qualification
Operational Qualification
Performance Qualification
References
This document discusses the validation of dry powder mixers, fluid bed dryers, and tray dryers used in pharmaceutical manufacturing. It describes the need for validation to ensure safety, reliability and consistent results. The validation process includes installation qualification to check equipment meets specifications, operational qualification to ensure proper functioning, and performance qualification to verify the equipment achieves expected results. Key parameters monitored include temperature, time, particle size and moisture content. The document provides details on qualification protocols and acceptance criteria to fully validate each piece of equipment.
Qualification of laboratory equipments by Mayuri SoniMayuri Soni
The document provides standard operating procedures (SOPs) for qualifying common laboratory equipment used for quality control testing of pharmaceuticals. It describes calibration procedures for hardness testers, friability test apparatus, tap density apparatus, disintegration testers, and dissolution test apparatus. The SOPs outline how to test that the equipment meets specifications for factors like force measurements, rotation speeds, temperature control, and oscillations. Regular calibration is necessary to confirm equipment is functioning properly and producing accurate results.
Qualification of Friability Test Apparatus.pptxGNIPST
Brief description of qualification of laboratory testing apparatus : Friability Test Apparatus.
share it with your friends also if they faced problem about this topic.
Thank you
This document provides standard operating procedures for qualifying various laboratory equipment used in pharmaceutical quality control testing. It includes procedures for calibrating hardness testers, friability test apparatus, tap density testers, disintegration testers, and dissolution test apparatus. The qualification process involves design qualification, installation qualification, operational qualification, and performance qualification to ensure equipment is properly installed, works correctly, and provides expected results. Calibration procedures are also described to verify equipment meets specifications.
This document provides information about validating dissolution apparatus. It discusses:
- The history and reasons for validation of equipment like dissolution apparatus.
- An overview of dissolution testing, including the need for it and how dissolution apparatus are validated through qualification steps like design, installation, and operational qualification.
- Details of the installation and operational qualification processes, including verifying specifications, calibration, environmental conditions, and automated vs manual procedures.
The document discusses process validation for pharmaceutical manufacturing. It defines process validation and describes the objectives of validating manufacturing processes to consistently produce drugs that meet quality standards. The document outlines the types of process validation, including prospective, concurrent, retrospective, and revalidation. It also discusses selecting and evaluating industrial processes for tablet production, in-process testing, annual product reviews, and references.
The objective is to provide documented evidence through the verification of installation, operation & performance of the Tablet Friability Tester to show that the instrument was was installed, operated and consistently performed according to predetermined specifications.
This document provides an overview of quality control procedures for pharmaceutical products. It discusses quality management systems, quality assurance, good manufacturing practices, good laboratory practices, and validation procedures. It also describes specific quality control tests for solid dosage forms like tablets, including tests for hardness, thickness, friability, weight variation, disintegration, and dissolution. The document provides details on the apparatus and procedures used for each quality control test of tablets.
The presentation provides an overview of validation, verification, and qualification processes. It defines key terms according to FDA and WHO guidelines and provides examples. Validation ensures that processes consistently produce the expected results. Qualification proves that systems and equipment are properly installed and work correctly. Verification establishes the truth or reality of something. The presentation outlines types of validation and qualification processes and discusses reasons for validation in the pharmaceutical industry.
This document discusses the qualification of manufacturing equipment. It explains that equipment qualification is necessary to ensure equipment works correctly and produces reliable results. There are four types of qualification: design, installation, operational, and performance. Design qualification defines equipment specifications. Installation qualification confirms proper installation. Operational qualification verifies equipment functions as specified. Performance qualification demonstrates consistent performance under routine use. The document then provides details on specific qualification procedures for dry powder mixers and fluidized bed dryers.
QUALIFICATION OF MANUFACTURING EQUIPMENTSANKUSH JADHAV
it gives the information about qualification of various manufacturing equipment which is used into the pharmaceutical labs. (only for information purpose)
The document discusses validation and calibration of equipment used in the pharmaceutical industry. It defines validation as establishing evidence that a process will consistently produce quality products. Calibration ensures instrument readings are accurate by comparing them to standards. The FDA provides guidelines for validation. Key equipment discussed include tablet presses, dissolution apparatus, friability equipment, balances, and stability chambers. Specifications and operating parameters are provided for each.
DATION OF EQUIPMENT ICH AND WHO GUIDELINES FOR CALIBRATION AND VALIDATION OF ...deepalisanap31
Introduction to equipment
Calibration
ICH guidelines for calibration of equipment
WHO guidelines for calibration of equipment
Example for calibration of UV
Validation
ICH guidelines for validation of equipment
WHO guidelines for validation of equipment
Example for validation of tablet compression machine
A validation programme involves various components in pharmaceutical organisation related to process, equipment and product.
It is a regulatory requirement for pharmaceutical companies to perform Instrument Validation on all new instruments.
Instrument Validation requires detailed knowledge of the instrumentation system being validated and is therefore usually performed by the company supplying the instrument.
The document discusses validation in the pharmaceutical industry. It begins with an introduction to validation and defines it as documented evidence that a process, equipment, or system consistently produces a product meeting its predetermined specifications and quality attributes. It then covers topics such as why validation is needed, elements of validation like process qualification and equipment qualification, validation protocols, and dosage form validation.
This document summarizes the process of equipment qualification for pharmaceutical manufacturing equipment. It discusses the types of equipment qualification which include design qualification, installation qualification, operational qualification, and performance qualification. As examples, it provides details on validating a cone blender and fluidized bed dryer. The validation process involves establishing design criteria, installing and testing equipment operation, and verifying performance meets specifications. The document concludes with references for further information.
This document summarizes the validation process for dry powder mixers used in pharmaceutical manufacturing. It discusses the need to validate mixers to ensure proper blending of active and inactive ingredients. The validation process includes installation qualification, operational qualification, and performance qualification to test the mixer under different conditions. Key parameters tested include content uniformity, bulk density, and sieve analysis of samples taken from different locations within the mixer. Advanced analytical tools can also be used to monitor blending in real time.
Development of PLC based Transdermal Patch Evaluation SystemIRJET Journal
This document describes the development of a PLC-based system to evaluate the adhesion of transdermal drug patches. The system uses a load cell to measure the peeling force as a patch is removed from a substrate at controlled speeds by a servomotor. The PLC controls the motor and reads the load cell output to perform 180 and 90 degree peel tests according to industry standards. This allows automated testing to improve quality by maintaining consistent test parameters compared to manual methods. The system is designed to objectively measure patch adhesion strength across multiple batches over time to ensure transdermal drug delivery performance.
Pilot plant scale up techniques are used to transform a laboratory scale process into a viable manufacturing process. This involves evaluating results from small batches and making corrections to optimize the process and equipment for larger scale production. Critical aspects of scale up include batch size increases, equipment selection, material handling processes, mixing parameters, drying methods, compression specifications, and quality documentation. The goal is to standardize production to avoid issues during commercial manufacturing scale up.
The document discusses auditing of a microbiological lab. It covers objectives of the audit such as determining quality systems, knowledge and capabilities, and continuous improvement. It also discusses six principles of efficient auditing including preparation, quality control protocols, documentation, and proficiency. Key areas of the lab that are audited are described such as walls, equipment, piping, raw materials, water systems, packaging materials, cleaning and disinfection. Microbiological results are reviewed to ensure adequate control systems.
This document discusses the use of computers in pharmaceutical research and development. It begins by explaining how computers have transformed drug development processes by facilitating data storage, online literature searches, and computational modeling approaches. The document then provides a history of computers in pharmaceutical R&D from the 19th century to present day. It describes how early quantitative structure-activity relationship methods laid the groundwork for computer-aided drug design. The document outlines key developments from the 1960s to the 1990s that established computational techniques in major pharmaceutical companies. It distinguishes between descriptive and mechanistic modeling approaches. Finally, it discusses statistical modeling and parameters estimation techniques used in pharmaceutical research.
Qualification of laboratory equipments by Mayuri SoniMayuri Soni
The document provides standard operating procedures (SOPs) for qualifying common laboratory equipment used for quality control testing of pharmaceuticals. It describes calibration procedures for hardness testers, friability test apparatus, tap density apparatus, disintegration testers, and dissolution test apparatus. The SOPs outline how to test that the equipment meets specifications for factors like force measurements, rotation speeds, temperature control, and oscillations. Regular calibration is necessary to confirm equipment is functioning properly and producing accurate results.
Qualification of Friability Test Apparatus.pptxGNIPST
Brief description of qualification of laboratory testing apparatus : Friability Test Apparatus.
share it with your friends also if they faced problem about this topic.
Thank you
This document provides standard operating procedures for qualifying various laboratory equipment used in pharmaceutical quality control testing. It includes procedures for calibrating hardness testers, friability test apparatus, tap density testers, disintegration testers, and dissolution test apparatus. The qualification process involves design qualification, installation qualification, operational qualification, and performance qualification to ensure equipment is properly installed, works correctly, and provides expected results. Calibration procedures are also described to verify equipment meets specifications.
This document provides information about validating dissolution apparatus. It discusses:
- The history and reasons for validation of equipment like dissolution apparatus.
- An overview of dissolution testing, including the need for it and how dissolution apparatus are validated through qualification steps like design, installation, and operational qualification.
- Details of the installation and operational qualification processes, including verifying specifications, calibration, environmental conditions, and automated vs manual procedures.
The document discusses process validation for pharmaceutical manufacturing. It defines process validation and describes the objectives of validating manufacturing processes to consistently produce drugs that meet quality standards. The document outlines the types of process validation, including prospective, concurrent, retrospective, and revalidation. It also discusses selecting and evaluating industrial processes for tablet production, in-process testing, annual product reviews, and references.
The objective is to provide documented evidence through the verification of installation, operation & performance of the Tablet Friability Tester to show that the instrument was was installed, operated and consistently performed according to predetermined specifications.
This document provides an overview of quality control procedures for pharmaceutical products. It discusses quality management systems, quality assurance, good manufacturing practices, good laboratory practices, and validation procedures. It also describes specific quality control tests for solid dosage forms like tablets, including tests for hardness, thickness, friability, weight variation, disintegration, and dissolution. The document provides details on the apparatus and procedures used for each quality control test of tablets.
The presentation provides an overview of validation, verification, and qualification processes. It defines key terms according to FDA and WHO guidelines and provides examples. Validation ensures that processes consistently produce the expected results. Qualification proves that systems and equipment are properly installed and work correctly. Verification establishes the truth or reality of something. The presentation outlines types of validation and qualification processes and discusses reasons for validation in the pharmaceutical industry.
This document discusses the qualification of manufacturing equipment. It explains that equipment qualification is necessary to ensure equipment works correctly and produces reliable results. There are four types of qualification: design, installation, operational, and performance. Design qualification defines equipment specifications. Installation qualification confirms proper installation. Operational qualification verifies equipment functions as specified. Performance qualification demonstrates consistent performance under routine use. The document then provides details on specific qualification procedures for dry powder mixers and fluidized bed dryers.
QUALIFICATION OF MANUFACTURING EQUIPMENTSANKUSH JADHAV
it gives the information about qualification of various manufacturing equipment which is used into the pharmaceutical labs. (only for information purpose)
The document discusses validation and calibration of equipment used in the pharmaceutical industry. It defines validation as establishing evidence that a process will consistently produce quality products. Calibration ensures instrument readings are accurate by comparing them to standards. The FDA provides guidelines for validation. Key equipment discussed include tablet presses, dissolution apparatus, friability equipment, balances, and stability chambers. Specifications and operating parameters are provided for each.
DATION OF EQUIPMENT ICH AND WHO GUIDELINES FOR CALIBRATION AND VALIDATION OF ...deepalisanap31
Introduction to equipment
Calibration
ICH guidelines for calibration of equipment
WHO guidelines for calibration of equipment
Example for calibration of UV
Validation
ICH guidelines for validation of equipment
WHO guidelines for validation of equipment
Example for validation of tablet compression machine
A validation programme involves various components in pharmaceutical organisation related to process, equipment and product.
It is a regulatory requirement for pharmaceutical companies to perform Instrument Validation on all new instruments.
Instrument Validation requires detailed knowledge of the instrumentation system being validated and is therefore usually performed by the company supplying the instrument.
The document discusses validation in the pharmaceutical industry. It begins with an introduction to validation and defines it as documented evidence that a process, equipment, or system consistently produces a product meeting its predetermined specifications and quality attributes. It then covers topics such as why validation is needed, elements of validation like process qualification and equipment qualification, validation protocols, and dosage form validation.
This document summarizes the process of equipment qualification for pharmaceutical manufacturing equipment. It discusses the types of equipment qualification which include design qualification, installation qualification, operational qualification, and performance qualification. As examples, it provides details on validating a cone blender and fluidized bed dryer. The validation process involves establishing design criteria, installing and testing equipment operation, and verifying performance meets specifications. The document concludes with references for further information.
This document summarizes the validation process for dry powder mixers used in pharmaceutical manufacturing. It discusses the need to validate mixers to ensure proper blending of active and inactive ingredients. The validation process includes installation qualification, operational qualification, and performance qualification to test the mixer under different conditions. Key parameters tested include content uniformity, bulk density, and sieve analysis of samples taken from different locations within the mixer. Advanced analytical tools can also be used to monitor blending in real time.
Development of PLC based Transdermal Patch Evaluation SystemIRJET Journal
This document describes the development of a PLC-based system to evaluate the adhesion of transdermal drug patches. The system uses a load cell to measure the peeling force as a patch is removed from a substrate at controlled speeds by a servomotor. The PLC controls the motor and reads the load cell output to perform 180 and 90 degree peel tests according to industry standards. This allows automated testing to improve quality by maintaining consistent test parameters compared to manual methods. The system is designed to objectively measure patch adhesion strength across multiple batches over time to ensure transdermal drug delivery performance.
Pilot plant scale up techniques are used to transform a laboratory scale process into a viable manufacturing process. This involves evaluating results from small batches and making corrections to optimize the process and equipment for larger scale production. Critical aspects of scale up include batch size increases, equipment selection, material handling processes, mixing parameters, drying methods, compression specifications, and quality documentation. The goal is to standardize production to avoid issues during commercial manufacturing scale up.
The document discusses auditing of a microbiological lab. It covers objectives of the audit such as determining quality systems, knowledge and capabilities, and continuous improvement. It also discusses six principles of efficient auditing including preparation, quality control protocols, documentation, and proficiency. Key areas of the lab that are audited are described such as walls, equipment, piping, raw materials, water systems, packaging materials, cleaning and disinfection. Microbiological results are reviewed to ensure adequate control systems.
This document discusses the use of computers in pharmaceutical research and development. It begins by explaining how computers have transformed drug development processes by facilitating data storage, online literature searches, and computational modeling approaches. The document then provides a history of computers in pharmaceutical R&D from the 19th century to present day. It describes how early quantitative structure-activity relationship methods laid the groundwork for computer-aided drug design. The document outlines key developments from the 1960s to the 1990s that established computational techniques in major pharmaceutical companies. It distinguishes between descriptive and mechanistic modeling approaches. Finally, it discusses statistical modeling and parameters estimation techniques used in pharmaceutical research.
This document discusses medical device packaging. It defines a medical device and lists parameters for selecting packaging materials, including critical product characteristics and type of protection and sterilization needed. It describes common package types for medical devices, including thermoform trays, flexible formed pouches, and flexible non-formed pouches. Thermoform trays can be semi-rigid or flexible and offer advantages like ease of forming, heat resistance, and cost-effectiveness. Flexible pouches are used for single-use disposable items and offer good visibility but less physical protection. Flexible formed pouches provide some structure but are not self-supporting.
This document discusses principles of quality risk management and hazard management. It covers two key principles of quality risk management: risk evaluation should be based on scientific knowledge and the level of effort in risk management should be proportional to the level of risk. It also discusses hazard identification, risk assessment, control methods, and monitoring and review in hazard management. The document provides an overview of the Factories Act in India relating to factory definitions, provisions for health, safety, welfare, working hours and penalties.
HPLC is a powerful analytical technique used in pharmaceutical development and production. It involves passing a sample mixture through a column containing adsorbent material like silica beads under high pressure. Each component interacts differently with the column material, resulting in different flow rates and separation of components over time. The principle of HPLC is to force the sample through the stationary phase column using a mobile phase pumped at high pressure. HPLC has applications in quality control testing of drugs, quantitative and qualitative analysis, separation of impurities, analysis of biological fluids, stability studies, and industrial uses.
This document discusses principles of quality risk management and hazard management in pharmaceutical sciences. It covers two key principles of quality risk management: evaluation of risk should be based on scientific knowledge, and effort/formality of risk management should be proportional to level of risk. It also discusses hazard identification, risk assessment, control methods, and monitoring and review processes. Self-protective measures for workplace hazards and the process of hazard management are explained.
This document discusses technology transfer in the pharmaceutical industry. It provides an introduction and definitions of technology transfer. It describes the types of technology, content, steps involved, functions of technology transfer teams, and factors affecting technology transfer. Examples of technology transfer and institutes in India assisting with technology transfer are also mentioned. The key points are that technology transfer refers to transferring scientific findings from research to production and quality assurance, and it is important for commercializing new drugs and maintaining product quality.
This document discusses auditing of quality assurance and engineering departments. It defines quality audit as an examination to determine compliance with plans and effectiveness in achieving objectives. It discusses the importance of quality maintenance in maintaining perfect equipment and products. The key pillars of quality maintenance are focused improvement, autonomous maintenance, planned maintenance, maintenance prevention, and training. Critical systems like HVAC, WFI, and ETP are also discussed. HVAC maintenance is important for temperature control, airflow, and preventing cross-contamination. Validation of these critical systems ensures the sterile area and systems operate as intended.
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Travel vaccination in Manchester offers comprehensive immunization services for individuals planning international trips. Expert healthcare providers administer vaccines tailored to your destination, ensuring you stay protected against various diseases. Conveniently located clinics and flexible appointment options make it easy to get the necessary shots before your journey. Stay healthy and travel with confidence by getting vaccinated in Manchester. Visit us: www.nxhealthcare.co.uk
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1. PRESENTED BY : YASH R.MENGHANI
M.PHARM 1st YEAR (SEMISTER II)
SMT.KISHORITAI BHOYAR COLLEGE OF
PHARMACY,KAMPTEE
1
2. INTRODUCTION :
2
⚫VALIDATION : Action of proving and documenting that
any process, procedureor method actually and
consistently leads to theexpected results.
&
⚫QUALIFICATION : Action of proving and documenting
that any premises, systems and equipment are properly
installed, and/orwork correctlyand lead to theexpected
results. The term qualification is normally used for
equipment, utilities and systems, and validation for
processes
⚫In this sense, qualification is partof validation.
3. TABLET COMPRESSION MACHINE:
3
⚫A tabletpress is a mechanical device thatcompresses
powder into tabletsof uniform size and weight.
⚫Tablet Compression Machine is also known as Tablet
Press in Pharmaceutical Industrywhich is used to make
the tabletsaccording toa pre-determined design.
⚫Compression is a critical step in the production of a
tabletdosage form. The materials being compressed will
need to haveadequate flow and compression properties.
⚫Factors to beconsidered during compression are,
Tooling
Compressionspeed
5. TOOLING :
5
⚫Tablet compression machines are made in keeping the
view of the typeof diesand puncheswill be used on them,
⚫Thedies and punchesand theirsetupon compression
machine is called tooling.
⚫The shape ,size and as well as certain identification
markings are determined by compression machine
tooling.
⚫Each tooling setconsistof dies , upperand lowerpunches.
⚫Productionefficiency, dosage uniformityand appearance
depend upon tooling set.
6. ⚫Punches :
Length:
Upperpunch - 5.25 inches
Lower punch - 3 inches.
Barrel diameter- 0.75 inches.
Head diameter- 1 inch
⚫D tooling : Is popular for large tablets
Punch:
Length- 5.25 inch
Head diameter- 1.25 inch
Barrel diameter- 1 inch
Dies :
out side diameter – 0.945 inch are used
6
8. INSTALLATION QUALIFICATION (IQ):
8
⚫Verifyapproved purchaseorder.
⚫Check manufacturerand supplier .
⚫Verify Model numberand serial number.
⚫Check any physical damage.
⚫Confirm location and installation requirementsas per
recommendation of manufacturer .
⚫Verify that the required utilitiesareavailable.
⚫Installation shall be conducted per instructions provide in
the manual.
OBJECTIVE OF IQ
⚫Tocheck all thecritical contacts parts which directlyaffect
qualityof the product.
⚫To review proper installation as perchecklist.
9. IQ CHECK LIST:
9
Compareall specification and write theobservation
⚫Machine height – measurewith measuring tape.
⚫Overall dimension- measurewith measuring tape
⚫Rpm of turret – check by tachometer.
⚫Hopper :
i)Conventional hopper- by visual check
ii)MOC(masterof construction )-using Molybdenum
iii)Height- Measurewith measuring tape
⚫No. of station- visuallycount no.of holes on turret.
⚫Typeof tooling- using venire calipercheck thedie hole
diameter .
⚫Feeder- byvisual check.
Continue…
11. OPERATIONAL QUALIFICATION (OQ ):
11
⚫Verify alarm control.
⚫Perform calibration requirements, identify in the
manual orestablished by thevalidation team.
⚫Operate theequipmentat low mediumand high speed
as per operation manual to verify the operation
control.
⚫Verify thatall switchesand push buttonsare
functioning properly
⚫Establish procedures foroperation, maintenanceand
calibration
⚫Establish training program forrelevantstaff Runone
pilot batch foreach product
12. ⚫Objectiveof OQ :
⚫Tooperate machineas per proposed proceduregiven in
manual and record.
⚫Tochallenge theoperating parameterof machineand
record.
⚫Tochallenge the safetyoperation and record.
12
13. OQ CHECK LIST:
13
1)Main switch- check visually byoperating the main
switchof the machine.
2)Start push button- illuminated green switch By
pressing start button thegreen switchglowsand the main
drive motorshould start.
3)stoppush button- illuminated red switch By pressing
stop button the red switch glows and the main drive
motorshould stop
4)Turret RPM challenge test- set in the digital table
counterby rotating knobcheck by tachometer Rotation
direction (clockwise ) byvisual check
Continue…
14. OQ CHECK LIST:
14
5) Emergency switch byvisual check .
6)Tablet thickness & Hardness controls : By turning the swing
lever to right/left thickness increased hardness/decrease vise
versa
7)Machinespeed adjustment : Release the locking knob and
rotate the hand wheel anticlockwise /clock wise- increased
speed/decreased speed
8)Main upperpunch entry: Remove the bolt and rotate the
perforated segment to right/ left-upper punch penetration
increases/ decreases.
15. PERFORMANCE QUALIFICATION (PQ):
15
⚫Its an Evaluation of compression capabilitiesand tablet
characteristics.
⚫Thecompression capabilitiesand tabletcharacteristics are:
1) Content uniformity
2) Thickness
3) Hardness
4) Friability
5) weightvariation
6) Disintegration test.
should be investigated.
16. OBJECTIVE OF PQ :
16
⚫First three batchesof biliary and single layerproduct to
becompressed on given compression machine.
⚫All thecritical physical parameters of productwill be
checked during performance qualification.
⚫Measure the thickness, hardness, friabilityand weight
foreach triplicate tabletrun, as shown below
17. ⚫CONTENT UNIFORMITY :
- Select 30 tablets randomly from batch
- Assay individually
⚫ACCEPTANCE CRITERIA:
- Outof 30 tablets 3 tabletscan be with in 75 – 125% and
all tablets should bewith in 85 -115%
⚫THICKNESS :
- First 20, last 20, middle 20 tablets (throughout the run)
Determine mean and standard deviation.
⚫ACCEPTANCE CRITERIA:
- The Relative Standard Deviation should be less than or
equal to 5%
17
18. ⚫HARDNESS :
- First 20, last 20, middle 20 tablets (throughout the run)
Determine mean and standard deviation for baseline
⚫ACCEPTANCE CRITERIA :
-Must meeteach tablet specifications.
Chewable tablets- 3kg/cm2
Tablets- 4-8kg/cm 2
sustained release tablets & troches- 10-20kg/cm 2
⚫FRIABILITY:
- First 20, last 20, middle 20 tablets
% friability =( initial wt - final wt / initial wt )
⚫ACCEPTANCE CRITERIA:
- Weight loss less than orequal to 1%, per USP
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19. ⚫WEIGHTVARIATION:
20 - TABLETS
% weightvariation= (individual wt-avg wt/ avg wt) x 100
⚫ACCEPTANCE CRITERIA :
ForAverage Weight 130 mg or less 10% difference For
Average Weight 130 to 324 mg 7.5% difference For
Average Weight More than 324 mg 5% difference
Not more than two tablets haveavariationas largeas
shown here.
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20. ⚫DISINTEGRATION TEST :
It is the processof breakdownof tablet into smaller
particles
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TABLETS DISINTEGRATION TIME
Uncoated 15 min
Plain Coated 60 min
Enteric Coated 3 hrs
Dispersible 3 min
Effervescent More than 3 min
Sublingual 4 hrs
Buccal 4hrs
21. ACCEPTANCE CRITERIA:
⚫All tablets havedisintegrated completely.
⚫If 1 or 2 tablets fails todisintegratecompletelyrepeat
the test for 12 additional tablets.
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22. VALIDATION/QUALIFICATION OF CAPSULE
FILLING MACHINE
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Installation Qualification(IQ)
The Installation Qualification will confirm
details from
⚫theengineering specifications,
⚫equipment purchaseorder
⚫cGMP guidelines and requirements,
verify that theequipment has been installed
as specified by thevendor
23. Purchase Details :
⚫The purchaseorder no. date shall be checked
⚫The accessories theirspare parts if any shall
bechecked as perpurchaseorder
⚫Thedelivery period shall beas perpurchase
order
⚫Supplieror manufacturer nameaddress shall be
checked
⚫Anydeviation observed should be informed to the
supplieror manufacturer
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24. ⚫Detailsof the Equipment :
⚫Equipment name, make model no. shall be
recorded
⚫In-house identification no. shall be recorded
⚫Location for installationshall be checked
⚫Utilities required shall be listed down
⚫A detailed specification must bewritten which highlight
thosepartsof machine thatare in
productcontact
⚫Where stirring devicesoraugers are used toensure
homogeneityand improve flow then specification of
these parts must be checked
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25. ⚫Acceptance Criteria ForIQ :
⚫Fulfill the selection criteria its purposeof
Application
⚫Theequipmentshall beas per purchaseorder
⚫Accessories received shall be as perpurchase
order
⚫Should meetpre-selected design parameters
⚫Manufacturer/suppliershall providecomplete
equipment manual
⚫Material of constructionshall beas perpurchaseorder
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26. Operational Qualification (OQ)
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⚫Before initiating OQ ensure that SOP for operation and
Cleaning of Capsule Filling Machine is available.
⚫Purpose is to train the qualification team for
performing OQ
Procedure :
⚫Check all the dynamic attributes of the capsule filler
conform to the required specifications
⚫Initiate the actual operation of the equipment to ensure that
machine is operate within the desired rate of output.
⚫The operation of indicators, controls and alarms is verified
⚫Oil leaks that could contaminate the process are observed
27. Acceptance criteria For OQ :
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⚫All operating inputs provided on theequipment
when tested shall-successfully comply
-meet tolerance limit
⚫Theequipmentshould successfully performwhen
operated as per SOP
⚫Critical alarm/indicators provided on the
equipment-
-calibrated
⚫Theequipmentwhen operated shall not
- produceabnormal sound
- show anydiscrepancy in its smooth
operation.
28. Performance Qualification(PQ)
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⚫PQ activities demonstrates and documents that the
equipment is able to perform its intended functions
within thevariable process limits fora specific product
⚫Acceptance criteria are developed according to the
regulatoryrequirementsand production parameters
⚫To ensure that thequalityand purityof the
product is maintained
⚫The PQ will also test theextremesof theoperation, or the
peak load conditions, but it does not include testing to
failure.
29. ⚫Procedure :
⚫Record the numberof damaged capsules
⚫Capsules from throughoutthe lot/different batches
should be tested forweight uniformity
⚫Capsules from throughout the lot/different batches
should be tested for blend contentuniformity
⚫Production speed i.ecapsuleper minuteshould be
evaluated
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