SteriSense is a brand new and innovative device for
Electronic Bowie Dick Tests that is unmatched in
accuracy, performance and reliability. ISO 11140-4
Compliant
Bowie Dick Tests - Failure Modes and SpecificationChris Maughan
The document provides information on Bowie Dick tests used to detect air in steam sterilization autoclaves. It describes how paper and electronic Bowie Dick tests work, potential causes of test failures, and specifications from ISO 11140. Paper tests use chemical indicators that change color with sufficient steam exposure, while electronic tests provide pass/fail results from temperature and pressure sensors. Failures may be due to issues with steam distribution, quality, or autoclave leaks and performance. ISO 11140 provides standards for Bowie Dick test pack configuration and performance.
Thermal Validation Equipment rental for Autoclave Validation, Freeze Drier Validation, Temperature and Humidity mapping. Including Kaye Validator 2000, Ellab Tracksense Pro and Vaisala Dataloggers.
6 CLASSES OF CHEMICAL INDICATORS FOR STEAM STERILIZATIONaccessamg
Chemical indicators for autoclaves and steam sterilizers play a critical role in sterility assurance programs. There are many types of chemical indicators, such as bowie dick test packs and chemical indicator strips.
All chemical indicators are designed to respond to physical conditions inside the sterilizing chamber. This validates that an autoclave or steam sterilizer is working properly. It also verifies that it met the conditions for sterilization to occur.
This presentation looks at superheat in porous load autoclaves. It explains what superheat is, why superheat is a problem and identifies the causes superheat.
If you are seeing wet loads in your autoclave we can help, this presentation helps show what a wet load is and why its important. It also includes some of the potential root causes of wet loads.
Validation is the process of checking of the process, equipment and method whereas qualification is solely done for equipment and qualification of instrument helps in quality of pharmaceutical product.
Steam sterilization uses high-pressure steam to kill microorganisms. It is the most effective sterilization method when heat and moisture do not damage products. An autoclave uses steam to heat items inside a pressurized chamber, reaching temperatures over 121°C. Validation of a sterilization process involves qualification of the autoclave design, installation, operation, and performance through studies measuring temperature distribution, heat penetration, and using biological indicators to confirm a sterilization log reduction factor is achieved.
The document describes the operation and validation of an industrial double door autoclave. It provides details on the various sterilization cycles used - vacuum leak test, Bowie-Dick test, steam in process test, gravity cycle, and high pressure high vacuum cycle. The procedures, parameters, and results of running these cycles to validate the autoclave are presented. The conclusion is that the autoclave satisfies all United States Pharmacopeia parameters and can be used for sterilization.
Bowie Dick Tests - Failure Modes and SpecificationChris Maughan
The document provides information on Bowie Dick tests used to detect air in steam sterilization autoclaves. It describes how paper and electronic Bowie Dick tests work, potential causes of test failures, and specifications from ISO 11140. Paper tests use chemical indicators that change color with sufficient steam exposure, while electronic tests provide pass/fail results from temperature and pressure sensors. Failures may be due to issues with steam distribution, quality, or autoclave leaks and performance. ISO 11140 provides standards for Bowie Dick test pack configuration and performance.
Thermal Validation Equipment rental for Autoclave Validation, Freeze Drier Validation, Temperature and Humidity mapping. Including Kaye Validator 2000, Ellab Tracksense Pro and Vaisala Dataloggers.
6 CLASSES OF CHEMICAL INDICATORS FOR STEAM STERILIZATIONaccessamg
Chemical indicators for autoclaves and steam sterilizers play a critical role in sterility assurance programs. There are many types of chemical indicators, such as bowie dick test packs and chemical indicator strips.
All chemical indicators are designed to respond to physical conditions inside the sterilizing chamber. This validates that an autoclave or steam sterilizer is working properly. It also verifies that it met the conditions for sterilization to occur.
This presentation looks at superheat in porous load autoclaves. It explains what superheat is, why superheat is a problem and identifies the causes superheat.
If you are seeing wet loads in your autoclave we can help, this presentation helps show what a wet load is and why its important. It also includes some of the potential root causes of wet loads.
Validation is the process of checking of the process, equipment and method whereas qualification is solely done for equipment and qualification of instrument helps in quality of pharmaceutical product.
Steam sterilization uses high-pressure steam to kill microorganisms. It is the most effective sterilization method when heat and moisture do not damage products. An autoclave uses steam to heat items inside a pressurized chamber, reaching temperatures over 121°C. Validation of a sterilization process involves qualification of the autoclave design, installation, operation, and performance through studies measuring temperature distribution, heat penetration, and using biological indicators to confirm a sterilization log reduction factor is achieved.
The document describes the operation and validation of an industrial double door autoclave. It provides details on the various sterilization cycles used - vacuum leak test, Bowie-Dick test, steam in process test, gravity cycle, and high pressure high vacuum cycle. The procedures, parameters, and results of running these cycles to validate the autoclave are presented. The conclusion is that the autoclave satisfies all United States Pharmacopeia parameters and can be used for sterilization.
This document discusses validation of steam sterilization processes. It provides information on key terms used in microbial death kinetics like D values, Z values, and F values. It presents formulas used to calculate these values. The document also discusses autoclave calibration methods, including using boiling water and multipoint calibration. An example standard operating procedure for autoclave calibration is given. Common problems with steam sterilization validation are listed.
Validation of sterilization processes involves establishing that a specific sterilization method will consistently produce sterile products meeting quality standards. This document discusses various sterilization methods and their validation. It describes validating steam, dry heat, and gaseous sterilization processes. Validation studies determine heat distribution, penetration, and mechanical reliability to identify cold spots and ensure sterilization effectiveness. Biological and endotoxin challenges are also important to demonstrate destruction of microorganisms and toxins.
This document discusses the validation of sterilization equipment, including dry heat sterilizers and steam sterilizers. It provides definitions of key terms like sterilization and depyrogenation. It also outlines the process for validating different types of sterilization equipment, including design qualification, installation qualification, operational qualification, and performance qualification. The validation process involves tests to evaluate temperature distribution, heat penetration, and lethalities to verify sufficient sterilization is achieved.
This document discusses the validation of sterilization processes for sterile medicines. It defines sterility as a probability of less than 1 in 1 million of a container being contaminated. Sterilization methods discussed include moist heat, dry heat, ethylene oxide gas, radiation, and filtration. Validation of a sterilization process involves developing a protocol, calibrating instruments, developing sterilization cycles, and determining the necessary Fo value to achieve the required sterility assurance level based on the bioburden and most resistant organisms. Moist heat sterilization at 121°C for 15 minutes is provided as an example, which would achieve an Fo value of 15.
Validation of sterilization processes is important to establish that a specific sterilization method will consistently produce sterile products meeting quality standards. This document discusses various sterilization methods and their validation. It describes validating steam, dry heat, and gaseous sterilization processes. The key aspects covered for each method include qualification of equipment, calibration of temperature monitoring devices, heat distribution and penetration studies, and biological indicators to demonstrate sterility assurance.
The document discusses the validation of various sterilization methods and water supply systems used in pharmaceutical manufacturing. It provides details on:
1. The key properties of sterile products and various sterilization methods like heat, gas, radiation.
2. The validation process for steam, dry heat and ethylene oxide sterilization including qualification of equipment and instruments, heat distribution studies, biological indicators, and establishing a monitoring program.
3. Types of water systems used, water treatment techniques, equipment components, design considerations for storage and distribution, and the concept of validation involving engineering design, operating procedures, maintenance and testing under all conditions.
katalog fluke hvac tools dan katalog fluke indoor air quality, jual fluke hvac tools, jual fluke indoor air quality , beli, info, harga, spesifikasi dan review
untuk informasi dan pemesanan hubungi :
sales@tridinamika.com
lihat berbagai produk lainnya di :
www.tridinamika.com
This document discusses the validation of various sterilization processes including steam, dry heat, ethylene oxide, and radiation sterilization. It provides details on qualification and calibration of equipment used, selection and calibration of biological indicators, and heat distribution and penetration studies. The key steps in validating dry heat, ethylene oxide, and radiation sterilization cycles are also summarized.
Validation may be defined as
“ Establishing documented evidence which provides a high degree of assurance that a specific process will consistently produce a product meeting its pre-determined specifications and quality attributes.”
Dry Heat
Moist Heat
Gas (Ethylene oxide)
Radiation (Gamma or Electron)
Filtration
Others - UV, Steam and formaldehyde, hydrogen peroxide
Overall Quality Testing Methods and AnalysisMitul Tewar
This document outlines quality testing methods and analysis used at an IBJ quality control laboratory. It discusses the importance of quality control in maintaining product quality and preventing defects. It describes different types of samples that are tested, including water, gas, CS2, sulfur, and MDEA samples. Test parameters for each sample type are provided. Specifications for test results are given for various samples, such as pH and chloride levels for water samples and H2S content for gas samples. Reference standards and safety precautions are also discussed.
The document discusses validation of sterilization processes. It defines validation and sterilization. The commonly used sterilization methods are steam, dry heat, gas, and radiation. It then summarizes the validation process for each method. For steam sterilization, validation studies include qualification and calibration of equipment, heat distribution studies, and heat penetration studies. Dry heat validation involves air balance determination, heat distribution, and heat penetration studies. Gas sterilization validation is outlined for ethylene oxide and vapor hydrogen peroxide. Radiation sterilization validation focuses on determining the D-value of biological indicators.
The COOLMEAT project aimed to develop an alternative rapid cooling method for cooked meat that improved food safety and quality compared to conventional vacuum cooling. Testing showed the immersion vacuum cooling (IVC) prototype reduced cooling times by 40-70% compared to air blast cooling and had lower weight losses than vacuum cooling alone. Sensory analysis found IVC produced meat with comparable texture, tenderness and juiciness to traditionally cooled meat. IVC is a more affordable and effective cooling method that allows meat processors to meet EU regulatory guidelines.
The document discusses the qualification of gas chromatography equipment. It defines qualification and describes the types including design, installation, operational, and performance qualification. It provides details on installation qualification, operational qualification, and performance qualification. The document then discusses qualification of GC equipment specifically, outlining the objectives and levels of qualification. It provides examples of tests and parameters to check at each level, including for the inlet system, oven, and detector, with typical tolerance limits. The tests include overall tests to check multiple parameters at once.
University Institute of Pharmaceutical Sciences is a flag bearer of excellence in Pharmaceutical education and research in the country. Here is another initiative to make study material available to everyone worldwide. Based on the new PCI guidelines and syllabus here we have a presentation dealing with qualifications of HPLC which is the " High Performance Liquid Chromatography".
Thank you for reading.
Hope it was of help to you.
UIPS,PU team
We specialise in Bioaerosols, Sick Building Syndrome, Fenceline Monitoring, Urban air quality, Industrial air quality, construction air quality, CEMS, CAMS and much more.
Airqual 1 breathing air quality test kit datasheet 0a1-cbiss
The AIRQUAL-1 is a portable air quality test kit that allows for on-site testing of compressed air. It can instantly test for levels of carbon monoxide, carbon dioxide, oxygen, and oil/mist contamination in less than 5 minutes without requiring additional equipment or power. The lightweight and self-contained AIRQUAL-1 kit ensures full compliance with air quality standards and provides accurate, real-time readings for a variety of industrial applications including offshore oil rigs.
This document provides information about gas detection products and services offered by a1-cbiss, including:
1) Gastec detector tubes that provide quick and cost-effective gas detection through easy-to-read color changes.
2) Portable gas detectors from MSA and Industrial Scientific that detect single or multiple gases to protect worker safety.
3) Fixed gas monitoring systems, survey monitors, and bespoke sampling systems for continuous gas monitoring.
The document discusses tunnel sterilizers, which are fully automated systems that use dry heat sterilization via forced convection of filtered air to sterilize and depyrogenate washed empty glassware used for parenteral drug products. The sterilization cycle is based on time and temperature parameters to reduce contamination to acceptable levels. Microorganism destruction follows linear kinetics, where the same percentage is destroyed each time interval at a given temperature. The sterilizer contains drying, sterilizing, and cooling zones, and uses HEPA filters and integrated sensors to control air flow and monitor temperatures throughout cycles.
This document discusses high performance thin layer chromatography (HPTLC). It describes the principles of HPTLC, which uses adsorption chromatography to separate components based on their affinity for the stationary and mobile phases. The key features, steps, and instrumentation of HPTLC are outlined. Various applications of HPTLC in fields like herbal analysis, pharmaceutical science, and forensics are mentioned. The document also discusses qualification processes like installation qualification and operation qualification that are important for cGMP regulated environments using HPTLC.
Thực phẩm dễ hỏng ngay cả khi chúng được tối ưu hóa trong việc chế biến và đóng gói. Chúng cần được phân phối và lưu trữ một cách thích hợp để đảm bảo chất lượng và thời hạn sử dụng của chúng. Các mặt hàng dễ hỏng như sữa, rau, trái cây, hải sản, thịt, đồ đông lạnh và các sản phẩm dược phẩm như thuốc, vắc-xin, thuốc tiêm, v.v. Những sản phẩm này rất nhạy cảm với nhiệt độ và hạn sử dụng của chúng bị ảnh hưởng nếu không được bảo quản phù hợp. Để đảm bảo điều đó, cần có các kho chuỗi lạnh hiệu quả - nơi có thể quản lý sản phẩm, đồng thời giảm hao hụt.
We offer an extensive range of instruments for many parameters and applications including; Temperature, Humidity, Velocity, Gas analysis, RPM, Pressure, Light, pH, Sound.
testo instruments are widely used in the following sectors: HVAC-R: heating, ventilation, air conditioning and refrigeration. Process Industry: manufacturing industries, service companies and utilities. Food Sector: including food manufacture, transport, storage, distribution and retail. Thermal Imaging: for building surveys, maintenance, electrical inspections and production monitoring.
This document discusses validation of steam sterilization processes. It provides information on key terms used in microbial death kinetics like D values, Z values, and F values. It presents formulas used to calculate these values. The document also discusses autoclave calibration methods, including using boiling water and multipoint calibration. An example standard operating procedure for autoclave calibration is given. Common problems with steam sterilization validation are listed.
Validation of sterilization processes involves establishing that a specific sterilization method will consistently produce sterile products meeting quality standards. This document discusses various sterilization methods and their validation. It describes validating steam, dry heat, and gaseous sterilization processes. Validation studies determine heat distribution, penetration, and mechanical reliability to identify cold spots and ensure sterilization effectiveness. Biological and endotoxin challenges are also important to demonstrate destruction of microorganisms and toxins.
This document discusses the validation of sterilization equipment, including dry heat sterilizers and steam sterilizers. It provides definitions of key terms like sterilization and depyrogenation. It also outlines the process for validating different types of sterilization equipment, including design qualification, installation qualification, operational qualification, and performance qualification. The validation process involves tests to evaluate temperature distribution, heat penetration, and lethalities to verify sufficient sterilization is achieved.
This document discusses the validation of sterilization processes for sterile medicines. It defines sterility as a probability of less than 1 in 1 million of a container being contaminated. Sterilization methods discussed include moist heat, dry heat, ethylene oxide gas, radiation, and filtration. Validation of a sterilization process involves developing a protocol, calibrating instruments, developing sterilization cycles, and determining the necessary Fo value to achieve the required sterility assurance level based on the bioburden and most resistant organisms. Moist heat sterilization at 121°C for 15 minutes is provided as an example, which would achieve an Fo value of 15.
Validation of sterilization processes is important to establish that a specific sterilization method will consistently produce sterile products meeting quality standards. This document discusses various sterilization methods and their validation. It describes validating steam, dry heat, and gaseous sterilization processes. The key aspects covered for each method include qualification of equipment, calibration of temperature monitoring devices, heat distribution and penetration studies, and biological indicators to demonstrate sterility assurance.
The document discusses the validation of various sterilization methods and water supply systems used in pharmaceutical manufacturing. It provides details on:
1. The key properties of sterile products and various sterilization methods like heat, gas, radiation.
2. The validation process for steam, dry heat and ethylene oxide sterilization including qualification of equipment and instruments, heat distribution studies, biological indicators, and establishing a monitoring program.
3. Types of water systems used, water treatment techniques, equipment components, design considerations for storage and distribution, and the concept of validation involving engineering design, operating procedures, maintenance and testing under all conditions.
katalog fluke hvac tools dan katalog fluke indoor air quality, jual fluke hvac tools, jual fluke indoor air quality , beli, info, harga, spesifikasi dan review
untuk informasi dan pemesanan hubungi :
sales@tridinamika.com
lihat berbagai produk lainnya di :
www.tridinamika.com
This document discusses the validation of various sterilization processes including steam, dry heat, ethylene oxide, and radiation sterilization. It provides details on qualification and calibration of equipment used, selection and calibration of biological indicators, and heat distribution and penetration studies. The key steps in validating dry heat, ethylene oxide, and radiation sterilization cycles are also summarized.
Validation may be defined as
“ Establishing documented evidence which provides a high degree of assurance that a specific process will consistently produce a product meeting its pre-determined specifications and quality attributes.”
Dry Heat
Moist Heat
Gas (Ethylene oxide)
Radiation (Gamma or Electron)
Filtration
Others - UV, Steam and formaldehyde, hydrogen peroxide
Overall Quality Testing Methods and AnalysisMitul Tewar
This document outlines quality testing methods and analysis used at an IBJ quality control laboratory. It discusses the importance of quality control in maintaining product quality and preventing defects. It describes different types of samples that are tested, including water, gas, CS2, sulfur, and MDEA samples. Test parameters for each sample type are provided. Specifications for test results are given for various samples, such as pH and chloride levels for water samples and H2S content for gas samples. Reference standards and safety precautions are also discussed.
The document discusses validation of sterilization processes. It defines validation and sterilization. The commonly used sterilization methods are steam, dry heat, gas, and radiation. It then summarizes the validation process for each method. For steam sterilization, validation studies include qualification and calibration of equipment, heat distribution studies, and heat penetration studies. Dry heat validation involves air balance determination, heat distribution, and heat penetration studies. Gas sterilization validation is outlined for ethylene oxide and vapor hydrogen peroxide. Radiation sterilization validation focuses on determining the D-value of biological indicators.
The COOLMEAT project aimed to develop an alternative rapid cooling method for cooked meat that improved food safety and quality compared to conventional vacuum cooling. Testing showed the immersion vacuum cooling (IVC) prototype reduced cooling times by 40-70% compared to air blast cooling and had lower weight losses than vacuum cooling alone. Sensory analysis found IVC produced meat with comparable texture, tenderness and juiciness to traditionally cooled meat. IVC is a more affordable and effective cooling method that allows meat processors to meet EU regulatory guidelines.
The document discusses the qualification of gas chromatography equipment. It defines qualification and describes the types including design, installation, operational, and performance qualification. It provides details on installation qualification, operational qualification, and performance qualification. The document then discusses qualification of GC equipment specifically, outlining the objectives and levels of qualification. It provides examples of tests and parameters to check at each level, including for the inlet system, oven, and detector, with typical tolerance limits. The tests include overall tests to check multiple parameters at once.
University Institute of Pharmaceutical Sciences is a flag bearer of excellence in Pharmaceutical education and research in the country. Here is another initiative to make study material available to everyone worldwide. Based on the new PCI guidelines and syllabus here we have a presentation dealing with qualifications of HPLC which is the " High Performance Liquid Chromatography".
Thank you for reading.
Hope it was of help to you.
UIPS,PU team
We specialise in Bioaerosols, Sick Building Syndrome, Fenceline Monitoring, Urban air quality, Industrial air quality, construction air quality, CEMS, CAMS and much more.
Airqual 1 breathing air quality test kit datasheet 0a1-cbiss
The AIRQUAL-1 is a portable air quality test kit that allows for on-site testing of compressed air. It can instantly test for levels of carbon monoxide, carbon dioxide, oxygen, and oil/mist contamination in less than 5 minutes without requiring additional equipment or power. The lightweight and self-contained AIRQUAL-1 kit ensures full compliance with air quality standards and provides accurate, real-time readings for a variety of industrial applications including offshore oil rigs.
This document provides information about gas detection products and services offered by a1-cbiss, including:
1) Gastec detector tubes that provide quick and cost-effective gas detection through easy-to-read color changes.
2) Portable gas detectors from MSA and Industrial Scientific that detect single or multiple gases to protect worker safety.
3) Fixed gas monitoring systems, survey monitors, and bespoke sampling systems for continuous gas monitoring.
The document discusses tunnel sterilizers, which are fully automated systems that use dry heat sterilization via forced convection of filtered air to sterilize and depyrogenate washed empty glassware used for parenteral drug products. The sterilization cycle is based on time and temperature parameters to reduce contamination to acceptable levels. Microorganism destruction follows linear kinetics, where the same percentage is destroyed each time interval at a given temperature. The sterilizer contains drying, sterilizing, and cooling zones, and uses HEPA filters and integrated sensors to control air flow and monitor temperatures throughout cycles.
This document discusses high performance thin layer chromatography (HPTLC). It describes the principles of HPTLC, which uses adsorption chromatography to separate components based on their affinity for the stationary and mobile phases. The key features, steps, and instrumentation of HPTLC are outlined. Various applications of HPTLC in fields like herbal analysis, pharmaceutical science, and forensics are mentioned. The document also discusses qualification processes like installation qualification and operation qualification that are important for cGMP regulated environments using HPTLC.
Thực phẩm dễ hỏng ngay cả khi chúng được tối ưu hóa trong việc chế biến và đóng gói. Chúng cần được phân phối và lưu trữ một cách thích hợp để đảm bảo chất lượng và thời hạn sử dụng của chúng. Các mặt hàng dễ hỏng như sữa, rau, trái cây, hải sản, thịt, đồ đông lạnh và các sản phẩm dược phẩm như thuốc, vắc-xin, thuốc tiêm, v.v. Những sản phẩm này rất nhạy cảm với nhiệt độ và hạn sử dụng của chúng bị ảnh hưởng nếu không được bảo quản phù hợp. Để đảm bảo điều đó, cần có các kho chuỗi lạnh hiệu quả - nơi có thể quản lý sản phẩm, đồng thời giảm hao hụt.
We offer an extensive range of instruments for many parameters and applications including; Temperature, Humidity, Velocity, Gas analysis, RPM, Pressure, Light, pH, Sound.
testo instruments are widely used in the following sectors: HVAC-R: heating, ventilation, air conditioning and refrigeration. Process Industry: manufacturing industries, service companies and utilities. Food Sector: including food manufacture, transport, storage, distribution and retail. Thermal Imaging: for building surveys, maintenance, electrical inspections and production monitoring.
Rees Scientific offers comprehensive validation and service packages to help customers maintain validated environmental monitoring and access control systems. Their technical specialists install, qualify, and service systems to meet various industry standards. Packages include sensor calibration, software validation, training, and 24/7 technical support. Rees Scientific aims to ensure customers have properly functioning, compliant systems through regularly scheduled on-site validation testing and service maintenance.
EBSO: CATALOGO CONTROL COMPANY - TERMOMETROS-HIGROMETROSEBSO
EBSO pone a su disposición el CATALOGO DE TERMOMETROS/HIGROMETROS - MARCA CONTROL COMPANY (USA)
Para adquirir el producto comuníquese con nosotros a los correos ventas_ebso@hotmail.com, joffreugaz@hotmail.com
WINGLO CLOUD BASED LIMS - Comprehensive Solutions for Small medium and Lar...Innowave Healthcare
INTRODUCTION
Winglo is a cloud-based healthcare IT Product company founded by a team
of professionals having rich techno-functional experience building product for some of the biggest Labs in the world that processes over 50 K
samples very day. Every feature of the product is a reflection of real-time
on-the-ground experience that was acquired over a period of 12 years
working for these labs.
Winglo’s WinLIMS is a cloud-based, multi-tenant solution built on the latest open-source technologies for stand-alone diagnostic Labs, Chain of
Labs and Diagnostic Labs within a Hospital. The cloud-based system can be
made accessible from anywhere, any time. WinLIMS covers the end-to-end
process of a Lab right from Patient Registration, Billing, Sample Collection,
Result Entry, Validation, Report Dispatch to all the internals of a Diagnostic
Laboratory.
Benefits of Cloud
• Reduce server/software maintenance cost
• Eliminates Software obsolescence
• Opportunity cost on servers and AMC spent
• Accessible to Lab Owners and Approving Doctors from Anywhere and
Anytime
• Eliminate printing and courier costs, saves emailing and messaging
time
• Increases overall productivity and TAT
• Software readiness to a new lab or collection center on Click of a Button
• Easy to support and maintain from Anywhere, anytime
• Seamless product upgrades
Việc xử lý, lưu trữ hoặc vận chuyển các vật liệu nhạy cảm với nhiệt độ phải tuân theo các quy định. Hầu hết mọi tài liệu quy định trong lĩnh vực thực hành tốt sản xuất (GMP) và thực hành tốt phân phối (GDP) đều yêu cầu hiệu chuẩn cảm biến nhiệt độ.
Xem thêm các tài liệu khác trên kênh của Công ty Cổ phần Tư vấn Thiết kế GMP EU.
This document is a product catalogue from Meditech Equipment Co., Ltd that describes their range of medical equipment products. It includes specifications for various defibrillators, spirometers, CPAP machines, electrocardiographs, and other devices. Meditech produces a wide variety of products for hospitals and clinics in over 70 countries and is involved in R&D, manufacturing, and marketing of medical equipment. The catalogue provides detailed specifications, parameters, and features for each listed product model.
Esco Medical Miri Multi Room Embryo Incubator for IVFEsco Group
The Miri® has six (6) chambers which are completely independent of each other. This is ideal because any disruption (e.g. temperature drop after opening the lid) has zero impact on the rest of the system. Furthermore, calibration is so much simpler because there is no crossover of heat from adjacent chambers.
Temperature regulation is thus completely independent per chamber. The Miri® features a total of twelve (12) temperature controlled points. That is two (2) points or every chamber: one on the bottom and another on the heated lid. The heated lid is another great feature of the Miri® as it prevents condensation and enhances temperature uniformity across cultured dishes.
The document discusses water vapor permeability analyzers manufactured by Systech Illinois for testing medical and pharmaceutical packaging. The analyzers precisely measure the water vapor transmission rate of samples using a proprietary coulometric sensor technology. They control temperature, humidity, and gas flows to test samples in a range of 0.002-1000 g/m2/day. The permeability data generated helps ensure drug packages maintain quality by preventing moisture contamination or excess drying during shelf life.
Integritest® 5 instrument: Integrity assurance with ease and confidenceMilliporeSigma
This data sheet covers how to accurately and reliably verify the integrity of your filters and processing equipment with the portable, easy to implement, and automated Integritest® 5 instrument.
MadgeTech’s Ethylene Oxide (EtO) sterilization data loggers can be used to monitor, record and validate sterilization cycles. These rugged devices are capable of withstanding temperatures up to 80 °C, and are available in a temperature or temperature and humidity model. The EtO sterilization data loggers record measurements at a user-selectable interval, providing validation for the entire cycle. The MadgeTech software makes it easy to create validation reports and prove compliance with federal regulations.
Esco offers a choice of Conventional Thermal Cycler and Real Time Thermal Cycler models designed to meet critical requirements for all kinds of PCR processes, such as, Gradient PCR, Touch down PCR, High throughput PCR, in situ PCR and so on, using a variety of PCR tubes, strips, plates and slides. The Swift thermal cyclers use state of the art Peltier temperature control technology to achieve and maintain precise control and fast ramp rates with minimal over or under-shoot for process speed and accuracy.
Telstar produces the Pura range of sterility test isolators, which are designed to provide an aseptic environment for sterility testing of pharmaceutical products. The isolators undergo ergonomic testing during development to prevent issues. They utilize 3D modeling software during design. Telstar focuses on technical solutions and works with clients globally. The document then describes the ionHP bio-decontamination system used with the isolators and provides details on the various Pura isolator models.
The document discusses Telstar's Pura range of sterility test isolators. It notes that ergonomic trials are performed early in development to prevent issues. The Pura range was developed using this process and 3D modeling software. Features of the Pura isolators include various chamber sizes, glove ports, materials suitable for hydrogen peroxide decontamination, and compliance with ISO standards for sterility testing. Benefits include reduced contamination risk and costs compared to traditional cleanrooms. Options include different decontamination systems and monitoring equipment.
The document discusses Telstar's Pura range of sterility test isolators. It notes that ergonomic trials are performed early in development to prevent issues. The Pura range was developed using this process and 3D modeling software. Features of the Pura isolators include various chamber sizes, glove ports, materials compatible with hydrogen peroxide sterilization, and options like monitoring sensors and shelving. The isolators are designed to avoid false positive sterility test results from contamination and provide a reliable aseptic environment.
Testo Measurement Solutions for Pharma Industry ApplicationsTesto-India-Pvt-Ltd
The document discusses Testo's measurement solutions for the pharmaceutical industry. It describes instruments for measuring parameters like temperature, humidity, pH, and differential pressure that are used in laboratories, cleanrooms, storage facilities, transport, and the health sector. Testo offers data loggers, transmitters, climate measuring instruments, and thermal imagers to monitor critical environments and ensure product and data quality in pharmaceutical applications.
Life testing is a process used to determine how and when a product will fail under controlled conditions in its intended environment. It improves reliability by finding the weakest and strongest points of a product. There are three main types of life testing: qualitative tests, environmental stress screening, and accelerated life testing. Motorola uses extensive life testing, such as drop testing, temperature testing, and vibration testing, to validate their goal of producing cell phones with virtually no defects. Paper clip life testing can also be done by repeatedly bending a paper clip in and out until it breaks to determine its cycles-to-failure.
Life testing is a process used to determine how and when a product will fail under controlled conditions in its intended environment. It improves reliability by finding the weakest and strongest points of a product. There are three main types of life testing: qualitative tests, environmental stress screening, and accelerated life testing. Motorola uses extensive life testing, such as drop testing, temperature testing, and vibration testing, to ensure their cell phones have "virtually no defects" and exceed customer expectations for reliability. Paper clip life testing can be done by repeatedly bending a paper clip in and out until it breaks to determine its cycles-to-failure.
The document provides an overview of Endress+Hauser's product offerings for various stages of the life sciences production process including media preparation, fermentation, separation and filtration, chromatography, and water purification. It highlights compliant and reliable process measurement instruments that ensure quality control at each stage. Standardized instrumentation is emphasized to simplify projects and reduce costs while meeting industry regulations and standards. Embedded engineering support and project management services are also summarized as helping customers achieve operational excellence.
Online Validation System SensEvolution BAGGIUgo Baggi
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2. Peace of Mind
SteriSense is a brand new and innovative device for
Electronic Bowie Dick Tests that is unmatched in
accuracy, performance and reliability.
SteriSense provides you with the ultimate peace of
mind, by ensuring that your Steam Sterilizer functions
in accordance with current norms and is sterilizing as
expected.
The Ultimate
Electronic Bowie Dick Test
Verification of
critical sterilization
parameters
beyond traditional
methods
ISO 11140-4
Compliant
Tested by 3rd Party
Test Institute
Why use SteriSense®
Instead of
Traditional Indicators?
Unlike traditional chemical indicators, where you
subjectively decide according to a change in color,
SteriSense provides a much more in-depth verifica-
tion of critical sterilization parameters, eliminating
any guess work. The SteriSense software also
automatically generates and stores printable reports,
ensuring electronic documentation of the process.
In summary, by using the SteriSense for full para-
metric release you gain the following advantages:
• Economically efficient with high test volumes
• Improved safety - objective results that eliminate
the risk of false or grey zone readings
• Additional critical information - checks performed
according to ISO 17665
• Easy to store, retrieve and compare the data
from a database - convenient and safe method
that eliminates the need for guessing
• Time stamps included to increase reliability
User-Friendly
SteriSense is extremely easy to use and requires only
little training to operate. With just a single click in the
software, the SteriSense measuring device will start to
measure and record data. Once the Bowie Dick Test
Program has ended, the device is simply placed back in
the reader station where the software automatically
processes the data and provides a test result. All test
results are saved electronically and can be presented in
accessible reports with audit trails – simple and easy!
Why use SteriSense®
Instead of
Other Electronic Bowie Dick Test Devices?
SteriSense is by far the most compact Electronic
Bowie Dick Test on the market. The Process Challenge
Device (PCD) has the unique feature of being replace-
able, which allows the user to run several test cycles
in a sequence with very limited need for cooling. This
reduces the amount of time and investments spent on
unnecessary backup devices. The replaceable PCD
feature is patent pending.
• Ultra-compact size
• Highly user-friendly software
• Advanced sterilization analysis
• Environmentally friendly process
• Up to 1,000 test cycles between each calibration
3. S T E R I S E N S E I P A G E 3
SteriSense®
Measuring Device
A SteriSense measuring device consists of three main
parts.
Process Challenge Device (PCD)
The PCD has been specially designed to reflect the
reference method originally developed by Dr. J. Bowie
and J. Dick in the 1960’s. The function of the PCD is to
“challenge” the steam penetration of a steam sterilizer
in accordance with EN ISO 11140-4. Between tests, the
PCD needs to be cooled down to ambient temperature
(approx. 90 minutes), which is why it is a big advantage
that the device can easily be disassembled from the
body (logger) and be changed with a spare. Due to the
PCD design, SteriSense is also able to check for the
presence of non-condensable gases (NCG).
SteriSense®
Triple Sensor
1. A temperature sensor that measures inside the
PCD
2. A second temperature sensor that measures the
ambient temperature in the sterilization chamber
3. A pressure sensor that measures the ambient
pressure value within the chamber
SteriSense®
Data Logger
The SteriSense data logger is designed to store data
during the daily routine control of a steam sterilizer,
which, by many sterilizer-manufactures, is referred to as
a Bowie Dick Test Program.
The data logger contains a battery with enough capacity
to run 1,000 test cycles of 30 min. The data logger itself
is based on Ellab’s 3rd
generation of the well-known
TrackSense®
Pro data loggers.
SteriSense®
Single Reader Station
The highly compact reader station is used to start and
read the SteriSense data logger. Much like the data
logger, the reader station is based on Ellab’s 3rd
generation of the TrackSense Pro reader stations, which
enables fast and secure data transmissions.
Save time by
changing the
PCD between
your test cycles
4. User-friendly & Comprehensive
Software Package
How to use the SteriSense®
System
Step 1 Place the SteriSense measuring device in
the reader station and open the SteriSense
Software
Step 2 Start the logger by clicking on “Start” and edit
the sample number if necessary
Step 3 Place the SteriSense measuring device
inside the steam sterilizer and start the Bowie
Dick Test Program
Step 4 After the test program has completed, place
the SteriSense measuring device back in the
reader station to read the data
The result of the test will either pass or fail, which will
appear on the screen shortly after the data has been
processed. The test results will be stored in the
software and be included in an automatically generated
PDF report.
Utilize the full Potential of SteriSense®
You have the option of utilizing SteriSense to perform
even more complex analysis than a simple routine
control, like:
• Be part of validation studies with Ellab Track-
Sense Data loggers*
• Use for batch control during sterilization processes*
• Perform a vacuum leak test*
• Perform a check after the sterilizer has undergone
service
*Will require the software package ValSuite®
Medical
The software
is almost
autonomous
Absolute Compliance
When compared to traditional methods, the SteriSense
provides far more insight into critical sterilization
parameters than previously possible. The standard
report showcases all the results from the optional
‘checks’ performed by the software. When using the
standard settings, a routine control test will be
performed in accordance with EN ISO 17665.
SteriSense has been tested by a 3rd party certified
test institute to comply with the reference method
originally developed by Dr. J. Bowie and J. Dick, using
a test procedure described in EN ISO 11140-4.
When analyzing data, the SteriSense software can
perform the following “checks”:
EN ISO 17665
1. Phase detection (default)
2. Holding time (default)
3. Equilibration time (default)
4. Maximum temperature deviation (default)
EN ISO 11140-4
5. Air removal phase (optional)
6. Heating phase (optional)
7. Drying phase (optional)
Advanced Check
8. Dilution factor calculation (optional)
5. Place the SteriSense measuring device in the reader
station and open the SteriSense Software. Define a unique
Session Name.
Press Start to activate the SteriSense measuring device,
and place the device inside the steam sterilizer.
After the test program has completed, place the SteriSense
measuring device back in the reader station to read the
data.
The result of the test will either pass or fail, which will
appear on the screen shortly after the data has been
processed.
Detailed performance information and time stamps are
included to increase reliability.
The test results will be stored in the software and be
included in an automatically generated PDF report.
S T E R I S E N S E I P A G E 5
6.
Purchase
excl. Service Plan
Purchase
incl. Service Plan
Subscription
Plan
Ownership
of equipment Calibration and
battery change
Ad hoc
Service and Repairs Ad hoc
Maximum number of test cycles
between calibration
1,000
(recommended)
1,000 1,000
Designed With
Your Needs in Mind
Purchase or Subscription?
We know our customers have different needs, which
is why we have made three options available to
choose from when investing in a SteriSense system.
1. Purchase Excl. Service Plan
This is the most straight forward option. You buy
the equipment and get full ownership and control of
when to calibrate and conduct service. Ellab recom-
mends a maximum of 1,000 test cycles or 12 months
between each calibration (whichever comes first).
2. Purchase Incl. Service Plan
In addition to buying the equipment with full owner-
ship, this option includes an all-inclusive service plan.
The service plan ensures that Ellab performs calibra-
tion and service after 1,000 test cycles or after 12
months of use (whichever comes first). The factory
warranty is also extended as part of this service plan.
3. Subscription Plan*
If you prefer complete peace of mind and wish to
avoid an up-front investment, this is the perfect plan.
You only need to focus on testing. Just before 12
months or 1,000 test cycles of use, Ellab will send
you a pre-qualified replacement device with updated
calibrations and a new battery. With this plan, you
have access to a fully functional device all 365 days
of the year.
*The Subscribtion Plan is not available in all countries
Different solutions
for different
customer needs
7. S T E R I S E N S E I P A G E 7
Technical Specifications
SteriSense Unit
ISO Standard Compliance: 11140-4:2007 type B1, 134 °C
3rd Party Test Institute: SAL GmbH
Type of Sterilizers: Steam Sterilizers / Autoclaves qualified for sterilization at
+134 °C according to EN 285 (volume larger than 60 L) and
EN ISO 17665 (moist heat autoclaves)
Measuring Principle: Sensor Type:
Sensor Type: Strain Gauge / Pt1000 Temperature
Temperature Measuring Range: 0 to +140 °C (Calibrated +25 to +140 °C)
Temperature Accuracy: +25 to +140 °C: ± 0.05 °C
Pressure Measuring Range: 10 mBar to 6 Bar
Accuracy: ± 0.25% Full Scale (± 15 mBar)
Logger Housing Material: 316L Stainless Steel
PCD Housing Material: PEEK
Operating Temperature: -20 to +150 °C
Operating Pressure: 0.001 mBar to 10 Bar ABS
Diameter: 25 mm
Length: 125 mm including PCD (30 mm)
Weight with Battery: 240 g
Memory Capacity: 40,000 Data Points / 10,000 Samples
Minimum Sample Rate: 1 Second
Maximum Sample Rate: 24 Hours
Intrinsically Safe: Ex II1GD ia IIC T3 Ga, -55 °C ≤ Tamb ≤ +105 °C
Time Accuracy: ± 5 Seconds per 24 Hours
Battery: TSP 150L Battery
Expected Battery Lifetime: 1,000 Tests / 500 Hours (at +134 °C with Sample Rate of 1 Sec)
Up to 1,000 test
cycles between
each calibration
8. Ellab
Ellab A/S
Trollesmindealle 25
DK-3400 Hilleroed
Denmark
contact@ellab.com
www.ellab.com
Publ.no.7500_E/20190507
Ellab has been your validation partner since 1949, offering wireless data loggers
and thermocouple systems for thermal validation processes.
We serve both small and large companies within the Pharmaceutical, Medical and Food
industries. We have solutions for many applications such as sterilization, freeze drying,
heat tunnels, pasteurization and many more.
Ellab develops unique and innovative solutions based on input from close interactions
and dialogues with our customers. Our goal is to help our customers overcome chal-
lenges and increase their productivity by providing reliable and efficient solutions that
are supported by a responsive and competent service team.
Ellab has a long tradition and dedication for delivering the highest performance and
quality in our industry. Our user-friendly, flexible thermal validation and monitoring
solutions are recognized and used by thousands of customers worldwide.
Ellab A/S is ISO 9001 & ATEX IEC 80079-34 certified. Our calibration laboratories are
accredited according to ISO 17025 by DANAK under registration no. 520.