Laminar airflow manfacturer in chennai|india|bangalore|hyderabad|pune|delhi|m...velswamy
A laminar flow cabinet is a carefully enclosed bench with HEPA filtered air blown in a smooth, laminar flow towards the user to prevent contamination of materials. It is usually made of stainless steel without gaps where spores could collect. Laminar flow cabinets are available in both horizontal and vertical configurations and are used to maintain sterile work environments for tasks like electronics, medical research, and pharmaceutical work by providing particle-free, protective airflow.
Horizontal Laminar Air Flow Manufacturer & ExporterLaxmi Pharmamach
Laxmi Pharmamach for clean room equipment and packaging machineries including Vertical Laminar Air Flow, Horizontal Laminar Air Flow, Conveyor with Laminar Air Flow, Bottle Collection Unit, Vial Collection Unit, Vial Transfer Conveyor, Dynamic Pass Box, Static Pass Box and Bottle Unscrambler. We make it a point to provide each and every customer with high-grade quality products. As a proprietorship company, we have managed to make ourselves reliable and credible. The machinery that we design and manufacture are compliant with the sector specific norms and specifications.
High-grade materials can only contribute to the making of the finest machinery and clean room equipments at Laxmi Pharmamach.
Basic laboratory instruments
Principle and working of Laminar Air Flow
In this ppt all infermation given
contact :
@instagram: mr.official.boy.jignesh
@twitter :910@jignesh
The document discusses the management and use of laminar air flow for explant inoculation in tissue culture. It describes laminar air flow as an enclosed bench designed to provide sterile conditions through HEPA filtration and UV sterilization of air. Proper management includes sterilizing surfaces with ethanol before and after use, turning on UV lights 30 minutes prior, and flame sterilizing instruments. Explants are surface sterilized with mercuric chloride before trimming and inoculating into sterile culture media in the laminar flow hood. Inoculated cultures are then transferred to a sterilized culture room. Safety precautions for laminar flow use include switching off UV lights during use, cleaning hands with ethanol, and properly adjusting
Airtech product diversification includes Hand Washer and Dryer, Clean Partition, Portable Isolation Bed, Air Shower, Bio Hazard Clean Bench, Pass Box, Sampling Booth, Packaged Clean Unit, Laminar air flow, Operating Room Laminar Flow and HVAC, Operating Room Lead Lining Wall Door, WHO Standard certify BSL 3 Lab, Cytotoxic Lab, Decontaminate system, Single Door Autoclave, Double Door Autoclave, Oven, Incubator, Freezer, Cool Room and Special make equipment..http://www.airtech.com.sg/
Weiber Vertical Laminar Air Flow Manufacturers, Laminar Airflow Manufacturers India, Air Flow Bench Suppliers, Vertical Laminar Air Flow Bench, Vertical Air Flow Suppliers, Vertical Laminar Airflow India, Laminar Airflow Suppliers India, Vertical Laminar Air Flow, Airflow Laminar Manufacturers For More Information Please Logon http://cutt.us/sBSY
Laminar flow equipment uses HEPA filters to maintain sterile conditions by removing airborne contamination. It works by passing air through a HEPA filter, which removes 99.97% of particles 0.3 um or larger. The filtered air then flows uniformly into the sterile working area at a laminar rate of 100 ft/min. There are two main types - horizontal laminar flow cabinets where the filtered air flows horizontally across the work area, and vertical laminar flow cabinets where the air flows vertically down onto the work area. Laminar flow equipment is used in laboratories, especially medical and pharmaceutical facilities, to provide a sterile environment for sensitive work.
Laminar airflow manfacturer in chennai|india|bangalore|hyderabad|pune|delhi|m...velswamy
A laminar flow cabinet is a carefully enclosed bench with HEPA filtered air blown in a smooth, laminar flow towards the user to prevent contamination of materials. It is usually made of stainless steel without gaps where spores could collect. Laminar flow cabinets are available in both horizontal and vertical configurations and are used to maintain sterile work environments for tasks like electronics, medical research, and pharmaceutical work by providing particle-free, protective airflow.
Horizontal Laminar Air Flow Manufacturer & ExporterLaxmi Pharmamach
Laxmi Pharmamach for clean room equipment and packaging machineries including Vertical Laminar Air Flow, Horizontal Laminar Air Flow, Conveyor with Laminar Air Flow, Bottle Collection Unit, Vial Collection Unit, Vial Transfer Conveyor, Dynamic Pass Box, Static Pass Box and Bottle Unscrambler. We make it a point to provide each and every customer with high-grade quality products. As a proprietorship company, we have managed to make ourselves reliable and credible. The machinery that we design and manufacture are compliant with the sector specific norms and specifications.
High-grade materials can only contribute to the making of the finest machinery and clean room equipments at Laxmi Pharmamach.
Basic laboratory instruments
Principle and working of Laminar Air Flow
In this ppt all infermation given
contact :
@instagram: mr.official.boy.jignesh
@twitter :910@jignesh
The document discusses the management and use of laminar air flow for explant inoculation in tissue culture. It describes laminar air flow as an enclosed bench designed to provide sterile conditions through HEPA filtration and UV sterilization of air. Proper management includes sterilizing surfaces with ethanol before and after use, turning on UV lights 30 minutes prior, and flame sterilizing instruments. Explants are surface sterilized with mercuric chloride before trimming and inoculating into sterile culture media in the laminar flow hood. Inoculated cultures are then transferred to a sterilized culture room. Safety precautions for laminar flow use include switching off UV lights during use, cleaning hands with ethanol, and properly adjusting
Airtech product diversification includes Hand Washer and Dryer, Clean Partition, Portable Isolation Bed, Air Shower, Bio Hazard Clean Bench, Pass Box, Sampling Booth, Packaged Clean Unit, Laminar air flow, Operating Room Laminar Flow and HVAC, Operating Room Lead Lining Wall Door, WHO Standard certify BSL 3 Lab, Cytotoxic Lab, Decontaminate system, Single Door Autoclave, Double Door Autoclave, Oven, Incubator, Freezer, Cool Room and Special make equipment..http://www.airtech.com.sg/
Weiber Vertical Laminar Air Flow Manufacturers, Laminar Airflow Manufacturers India, Air Flow Bench Suppliers, Vertical Laminar Air Flow Bench, Vertical Air Flow Suppliers, Vertical Laminar Airflow India, Laminar Airflow Suppliers India, Vertical Laminar Air Flow, Airflow Laminar Manufacturers For More Information Please Logon http://cutt.us/sBSY
Laminar flow equipment uses HEPA filters to maintain sterile conditions by removing airborne contamination. It works by passing air through a HEPA filter, which removes 99.97% of particles 0.3 um or larger. The filtered air then flows uniformly into the sterile working area at a laminar rate of 100 ft/min. There are two main types - horizontal laminar flow cabinets where the filtered air flows horizontally across the work area, and vertical laminar flow cabinets where the air flows vertically down onto the work area. Laminar flow equipment is used in laboratories, especially medical and pharmaceutical facilities, to provide a sterile environment for sensitive work.
We are manufacturers of horizontal laminar air flow in India since 1990. Our laminar air flows are widely used for day to day
clean rooms activities, pathogen handling, microbiology and biotechnology applications in various laboratories.
Esco Airstream Horizontal Laminar Flow Clean Bench blends in latest laminar flow technology and innovation to provide proven protection for your samples and processes
This document discusses HEPA air filters. HEPA filters can remove at least 99.97% of particles 0.3 micrometers or larger from air, including dust, pollen, mold and bacteria. There are different types of HEPA filters classified by their efficiency level at removing particles of certain sizes. HEPA filters work using inertial impaction, diffusion, and interception to capture particles. They are used in clean rooms and laminar airflow systems to filter air and control particulate contamination. Proper handling, storage and installation of HEPA filters is required as they can be damaged by moisture, heat, pressure or chemicals.
HVAC systems are an integral part of environmental control and include air handling units. AHU are large metal boxes that condition and circulate air, containing components like blowers, filters, and controls for temperature and humidity. Proper filtration is important for pharmaceutical facilities, utilizing filters like HEPA that can remove 99.97% of particles over 0.3 microns through mechanisms like impingement, diffusion, and interception. Dust collectors are also used to control air pollution and maintain clean environments through various collection methods. Regular inspection and maintenance of air handling systems is crucial to ensure quality pharmaceutical production.
Laminar air flow cabinets are enclosed workstations that use HEPA filters to create contamination-free environments for sensitive work. Air is pulled through pre-filters and a HEPA filter by a fan to remove particles before flowing smoothly and horizontally over the work area. These cabinets protect samples from external contaminants and are useful for aseptic media preparation and microbiology work. Proper operation requires sterilizing surfaces with UV light before and after use while maintaining positive air pressure and smooth laminar air flow.
HEPA filters can remove at least 99.97% of particles 0.3 micrometers or larger from air. They are constructed of borosilicate glass microfibers formed into pleated sheets separated by aluminum baffles within a framed filter. HEPA filters are classified by their efficiency in removing particles of different sizes and are critical components of laminar airflow cleanroom systems, which precisely control airflow to minimize particulate contamination. Proper handling and avoidance of moisture, heat, pressure, or chemicals is necessary to prevent damage to the delicate HEPA filter material.
This document provides specifications for the Laminar Air Flow Clean Bench, Daihan model WLC-V1500. Key features include a HEPA filter that removes 99.97% of 0.3 μm particles, 10-step air velocity control, and a microprocessor digital controller. The WLC-V1500 has interior dimensions of 1,500x787x762 mm, an air volume of 1,700 m3/h, and a noise level between 56-60 dBA. Additional features are a tempered safety glass sliding door and corrosion resistant 304 stainless steel working table. Specifications and contact information for the manufacturer are also provided.
This document discusses indoor air pollution and solutions. It notes that Delhi has very polluted air that poses health risks. Often, indoor air is more polluted than outdoor air due to materials used in buildings. Sick building syndrome describes health issues that occur in tightly sealed modern buildings due to indoor pollutants. A HEPA filter can remove 99.97% of particles like dust, pollen, mold and bacteria by using mechanisms like inertial impaction, diffusion and interception. HEPA filters are constructed of pleated borosilicate fibers and an activated carbon pre-filter helps capture larger particles and odors. Testing a homemade air purifier with HEPA and carbon filters could help reduce indoor air pollution.
This document discusses theatre design and ventilation requirements for operating rooms. It outlines four zones of a theatre with increasing sterility. An ideal theatre has air delivery, filtration, temperature and humidity control systems. Various types of ventilation are described including conventional, high velocity air jets, and different styles of laminar flow. Standards for air flow direction, viable organisms and ultraclean zones are provided. Best practices are outlined for elements like air changes per hour, water supply, and antibiotic prophylaxis for patients.
This document provides information about clean rooms and aseptic areas. It defines clean rooms as rooms with controlled particulate and microbial contamination to minimize introduction of contaminants. Aseptic areas are designed to prevent microbial contamination of products during production. Sources of contamination include external sources like the air system as well as internal sources such as operators, equipment and raw materials. Different types of air flows and classifications of clean rooms are described. Key aspects of clean room design include air filtration and personnel protective clothing requirements.
This document discusses HVAC systems and cleanroom classification. It explains that HVAC systems are critical for maintaining appropriate environmental conditions to prevent contamination and cross-contamination in cleanrooms. HVAC systems can be designed as single-use or recirculating systems. The document outlines the basic components of HVAC systems and cleanroom classification standards. It emphasizes the importance of HVAC system design, personnel behavior, and regular performance checks to ensure cleanrooms meet classification specifications.
This document discusses laminar air flow hoods, including their purpose of providing sterile work environments, types (horizontal and vertical flow), working principles involving HEPA filtration of air, proper use and maintenance, and validation processes to ensure sterility through design, installation, operational, and performance qualifications. Laminar flow hoods use HEPA-filtered air flowing in a laminar pattern to maintain aseptic conditions for activities like cell culture work by removing airborne contaminants.
TRAINING MODULE FOR IMPLEMENTATION OF GOOD MANUFACTURING PRACTICES FOR STERILE PRODUCT MANUFACTURING.
This training module is prepared based on (Annex 6. TRS 961, 2011) & readers are highly recommended to see this document in conjunction with Annex 6. TRS 961, 2011.
GMP Requirements for Sterile Products manufacturingsurafel kebede
This training module is prepared based on (Annex 6. TRS 961, 2011) & trainees are highly recommended to read this document together with Annex 6. TRS 961, 2011.
This document discusses the design and operation of clean rooms. It explains that clean rooms carefully control airborne particles and other parameters like temperature, humidity, and pressure. Clean rooms use HEPA and ULPA filters with either laminar or turbulent air flow. The document then discusses how to design an ideal clean room that meets ISO standards for aseptic processes. It emphasizes easy cleaning, durable materials without cracks or gaps, and maintaining air quality through regular testing and procedures.
We are manufacturers of horizontal autoclave, triple walled horizontal autoclave India since 1990. Our horizontal
autoclaves are widely used for day to day mass scale sterilization procedures and in various bulk laboratory
applications, where dryness of the sterilized medium is of paramount importance, given the fact that semi dry
sterilized media is prone to various micro-bacterial and viral infections.
Chapter 9 room ventilation systems (1)Imran Sultan
This chapter discusses ventilation systems in operating rooms. It outlines the goals of OR ventilation which include patient and staff comfort, control of pollutants, ability to regulate temperature and humidity, and control of infections. The key components of an OR ventilation system are ventilation, heating/cooling, humidity control, and waste anesthetic gas scavenging. Recommendations are provided for air changes per hour, directional airflow, filtration and temperature/humidity levels based on studies and guidelines from organizations like ASHRAE and AIA.
This document discusses the design and operation of clean rooms. It defines clean rooms and aseptic areas as spaces with controlled particulate and microbial contamination to reduce product contamination. The main sources of contamination are the atmosphere, operators, working surfaces, equipment, and raw materials. Clean rooms are classified based on particle counts, with Class 100 allowing fewer than 100 particles per cubic foot above 0.5 microns. Proper air flow design via conventional, unidirectional laminar, or isolator systems controls contamination. High-efficiency particulate air and ultra-low particulate air filters are used to filter air entering the clean room.
Tips for Working Safely in your Biosafety CabinetNuAire
This document provides tips for safely working in a biological safety cabinet. Some key points include:
- Know how the airflow works to provide proper protection and avoid disrupting the air curtain.
- Work at the proper sash height and never cover the air grill to maintain airflow integrity.
- Minimize rapid movements and other activities that could disrupt the protective air barrier.
- Follow good techniques to reduce splatters and aerosols and minimize cross-contamination risks.
- The document discusses Paramount® Ductless Enclosures, which are self-contained work stations that use carbon filters to protect operators from harmful vapors without requiring ductwork. They utilize energy-efficient motors and patented containment features.
- Carbon filters use granulated coal carbon or coconut shell carbon to chemically adsorb vaporous/gaseous contaminants. Properties like molecular weight and vapor pressure affect filtration efficiency.
- The enclosures have a digital control center with vapor sensor and airflow monitor to maintain safety. Stackable filters accommodate different chemicals. Construction is chemically resistant and durable.
Provides general information on Labconco's Precise Basic, Controlled Atmosphere and HEPA-Filtered Glove Boxes and XPert Weigh Box Glove Boxes. Answers basic questions and discusses the features and benefits of Precise Glove Boxes. Also addresses accessories available and market applications for Precise Glove Boxes.
We are manufacturers of horizontal laminar air flow in India since 1990. Our laminar air flows are widely used for day to day
clean rooms activities, pathogen handling, microbiology and biotechnology applications in various laboratories.
Esco Airstream Horizontal Laminar Flow Clean Bench blends in latest laminar flow technology and innovation to provide proven protection for your samples and processes
This document discusses HEPA air filters. HEPA filters can remove at least 99.97% of particles 0.3 micrometers or larger from air, including dust, pollen, mold and bacteria. There are different types of HEPA filters classified by their efficiency level at removing particles of certain sizes. HEPA filters work using inertial impaction, diffusion, and interception to capture particles. They are used in clean rooms and laminar airflow systems to filter air and control particulate contamination. Proper handling, storage and installation of HEPA filters is required as they can be damaged by moisture, heat, pressure or chemicals.
HVAC systems are an integral part of environmental control and include air handling units. AHU are large metal boxes that condition and circulate air, containing components like blowers, filters, and controls for temperature and humidity. Proper filtration is important for pharmaceutical facilities, utilizing filters like HEPA that can remove 99.97% of particles over 0.3 microns through mechanisms like impingement, diffusion, and interception. Dust collectors are also used to control air pollution and maintain clean environments through various collection methods. Regular inspection and maintenance of air handling systems is crucial to ensure quality pharmaceutical production.
Laminar air flow cabinets are enclosed workstations that use HEPA filters to create contamination-free environments for sensitive work. Air is pulled through pre-filters and a HEPA filter by a fan to remove particles before flowing smoothly and horizontally over the work area. These cabinets protect samples from external contaminants and are useful for aseptic media preparation and microbiology work. Proper operation requires sterilizing surfaces with UV light before and after use while maintaining positive air pressure and smooth laminar air flow.
HEPA filters can remove at least 99.97% of particles 0.3 micrometers or larger from air. They are constructed of borosilicate glass microfibers formed into pleated sheets separated by aluminum baffles within a framed filter. HEPA filters are classified by their efficiency in removing particles of different sizes and are critical components of laminar airflow cleanroom systems, which precisely control airflow to minimize particulate contamination. Proper handling and avoidance of moisture, heat, pressure, or chemicals is necessary to prevent damage to the delicate HEPA filter material.
This document provides specifications for the Laminar Air Flow Clean Bench, Daihan model WLC-V1500. Key features include a HEPA filter that removes 99.97% of 0.3 μm particles, 10-step air velocity control, and a microprocessor digital controller. The WLC-V1500 has interior dimensions of 1,500x787x762 mm, an air volume of 1,700 m3/h, and a noise level between 56-60 dBA. Additional features are a tempered safety glass sliding door and corrosion resistant 304 stainless steel working table. Specifications and contact information for the manufacturer are also provided.
This document discusses indoor air pollution and solutions. It notes that Delhi has very polluted air that poses health risks. Often, indoor air is more polluted than outdoor air due to materials used in buildings. Sick building syndrome describes health issues that occur in tightly sealed modern buildings due to indoor pollutants. A HEPA filter can remove 99.97% of particles like dust, pollen, mold and bacteria by using mechanisms like inertial impaction, diffusion and interception. HEPA filters are constructed of pleated borosilicate fibers and an activated carbon pre-filter helps capture larger particles and odors. Testing a homemade air purifier with HEPA and carbon filters could help reduce indoor air pollution.
This document discusses theatre design and ventilation requirements for operating rooms. It outlines four zones of a theatre with increasing sterility. An ideal theatre has air delivery, filtration, temperature and humidity control systems. Various types of ventilation are described including conventional, high velocity air jets, and different styles of laminar flow. Standards for air flow direction, viable organisms and ultraclean zones are provided. Best practices are outlined for elements like air changes per hour, water supply, and antibiotic prophylaxis for patients.
This document provides information about clean rooms and aseptic areas. It defines clean rooms as rooms with controlled particulate and microbial contamination to minimize introduction of contaminants. Aseptic areas are designed to prevent microbial contamination of products during production. Sources of contamination include external sources like the air system as well as internal sources such as operators, equipment and raw materials. Different types of air flows and classifications of clean rooms are described. Key aspects of clean room design include air filtration and personnel protective clothing requirements.
This document discusses HVAC systems and cleanroom classification. It explains that HVAC systems are critical for maintaining appropriate environmental conditions to prevent contamination and cross-contamination in cleanrooms. HVAC systems can be designed as single-use or recirculating systems. The document outlines the basic components of HVAC systems and cleanroom classification standards. It emphasizes the importance of HVAC system design, personnel behavior, and regular performance checks to ensure cleanrooms meet classification specifications.
This document discusses laminar air flow hoods, including their purpose of providing sterile work environments, types (horizontal and vertical flow), working principles involving HEPA filtration of air, proper use and maintenance, and validation processes to ensure sterility through design, installation, operational, and performance qualifications. Laminar flow hoods use HEPA-filtered air flowing in a laminar pattern to maintain aseptic conditions for activities like cell culture work by removing airborne contaminants.
TRAINING MODULE FOR IMPLEMENTATION OF GOOD MANUFACTURING PRACTICES FOR STERILE PRODUCT MANUFACTURING.
This training module is prepared based on (Annex 6. TRS 961, 2011) & readers are highly recommended to see this document in conjunction with Annex 6. TRS 961, 2011.
GMP Requirements for Sterile Products manufacturingsurafel kebede
This training module is prepared based on (Annex 6. TRS 961, 2011) & trainees are highly recommended to read this document together with Annex 6. TRS 961, 2011.
This document discusses the design and operation of clean rooms. It explains that clean rooms carefully control airborne particles and other parameters like temperature, humidity, and pressure. Clean rooms use HEPA and ULPA filters with either laminar or turbulent air flow. The document then discusses how to design an ideal clean room that meets ISO standards for aseptic processes. It emphasizes easy cleaning, durable materials without cracks or gaps, and maintaining air quality through regular testing and procedures.
We are manufacturers of horizontal autoclave, triple walled horizontal autoclave India since 1990. Our horizontal
autoclaves are widely used for day to day mass scale sterilization procedures and in various bulk laboratory
applications, where dryness of the sterilized medium is of paramount importance, given the fact that semi dry
sterilized media is prone to various micro-bacterial and viral infections.
Chapter 9 room ventilation systems (1)Imran Sultan
This chapter discusses ventilation systems in operating rooms. It outlines the goals of OR ventilation which include patient and staff comfort, control of pollutants, ability to regulate temperature and humidity, and control of infections. The key components of an OR ventilation system are ventilation, heating/cooling, humidity control, and waste anesthetic gas scavenging. Recommendations are provided for air changes per hour, directional airflow, filtration and temperature/humidity levels based on studies and guidelines from organizations like ASHRAE and AIA.
This document discusses the design and operation of clean rooms. It defines clean rooms and aseptic areas as spaces with controlled particulate and microbial contamination to reduce product contamination. The main sources of contamination are the atmosphere, operators, working surfaces, equipment, and raw materials. Clean rooms are classified based on particle counts, with Class 100 allowing fewer than 100 particles per cubic foot above 0.5 microns. Proper air flow design via conventional, unidirectional laminar, or isolator systems controls contamination. High-efficiency particulate air and ultra-low particulate air filters are used to filter air entering the clean room.
Tips for Working Safely in your Biosafety CabinetNuAire
This document provides tips for safely working in a biological safety cabinet. Some key points include:
- Know how the airflow works to provide proper protection and avoid disrupting the air curtain.
- Work at the proper sash height and never cover the air grill to maintain airflow integrity.
- Minimize rapid movements and other activities that could disrupt the protective air barrier.
- Follow good techniques to reduce splatters and aerosols and minimize cross-contamination risks.
- The document discusses Paramount® Ductless Enclosures, which are self-contained work stations that use carbon filters to protect operators from harmful vapors without requiring ductwork. They utilize energy-efficient motors and patented containment features.
- Carbon filters use granulated coal carbon or coconut shell carbon to chemically adsorb vaporous/gaseous contaminants. Properties like molecular weight and vapor pressure affect filtration efficiency.
- The enclosures have a digital control center with vapor sensor and airflow monitor to maintain safety. Stackable filters accommodate different chemicals. Construction is chemically resistant and durable.
Provides general information on Labconco's Precise Basic, Controlled Atmosphere and HEPA-Filtered Glove Boxes and XPert Weigh Box Glove Boxes. Answers basic questions and discusses the features and benefits of Precise Glove Boxes. Also addresses accessories available and market applications for Precise Glove Boxes.
Purifier Logic Class II Biological Safety Cabinets PresentationLabconco Corporation
This document provides information about the Purifier® Logic® Class II Biological Safety Cabinet. It includes:
1) An overview of the cabinet's features such as its LED display, stainless steel construction, ergonomic design, and energy efficient motor.
2) Descriptions of the cabinet's operation and how its electronically commutated motor provides constant airflow and filter life monitoring.
3) Details on the cabinet's certifications and various accessory options like base stands, UV lights, and storage carts.
The document aims to educate users on the key specifications and benefits of the Purifier® Logic® Class II Biological Safety Cabinet.
The document provides information about the Esco Garment Storage Cabinet, Model EQU/04-EGSC. It summarizes the cabinet's key features including its ULPA-filtered airflow system that keeps garments clean, sturdy electrogalvanized steel construction, enhanced filtration meeting ISO 14644-1 Class 3 standards, and adjustable lighting and fan systems. The document also lists technical specifications, standards compliance, warranty information and accessories for the cabinet.
The Esco Cytoculture Cytotoxic Safety Cabinet is the premium solution for cytotoxic/antineoplastic drug processing, providing the highest level of patient, pharmacist and environmental protection. This revolutionary product builds on Esco’s experience of more than 20 years as a global leader in biological safety containment technology.
The unique demands of handling and preparing cytotoxic drugs for use in chemotherapy require a specialized cabinet. As cytotoxic drugs cannot be inactivated by chemical decontamination, Class II biosafety cabinets should not be used. With this in mind, Esco has developed a highly specialized range of cabinets designed especially for handling these potentially dangerous drugs.
Key Benefits:
-Safe filter changing
-Safer dual exhaust filters
-HPA certified to EN 12469
Isoclean Healthcare Platform Isolator (HPI G3)Esco Group
The Isoclean® Healthcare Platform Isolator (HPI-G3) facilitates the isolation of a product or process while providing the required sterile/aseptic environment. It is configured to operate at positive or negative pressure in single or recirculating airflow. This equipment provides a comprehensive range of personnel and product protection in addition to the surrounding work areas and the environment.
• Pharmacy Compounding (Chemotherapy/TPN)
• Small-scale Potent Material Handling
• Aseptic Processing
• Research and Development
• Cell processing
Esco Streamline Compounding Aseptic Containment IsolatorEsco Group
This document provides information about the Esco Streamline Compounding Aseptic Isolator. It describes the main features of the isolator including ULPA filters that provide superior air cleanliness, a gold microprocessor controller that monitors airflow and pressures, and positive pressure work zones. The document discusses the isolator's robust dual-wall construction, ergonomic design, and antimicrobial coating. It also summarizes the isolator's certification, filtration system, safety features, and options.
Esco Pharma Laminar Flow Straddle Units, Single and DoubleEsco Group
The document describes Esco Enterprise Laminar Flow Straddle Units, which are vertical laminar flow clean benches designed for industrial process protection. The key points are:
1) The units come in single and double models up to 1.8 meters wide to suit various industrial applications like electronics, pharmaceuticals, and food production.
2) They provide ISO Class 4 air quality within the work area through ULPA filters with over 99.999% efficiency on particles down to 0.1 microns.
3) The units feature durable stainless steel work surfaces, energy efficient fans, antimicrobial coatings, and meet various international safety standards for cleanroom equipment.
The document describes an air shower model ACM-330SF manufactured by Technocracy Pvt. Ltd. It is used to minimize entry of dust and particles into clean rooms. It features a pre-filter, HEPA filter, powerful blower, and downward air nozzles to wash away particles on surfaces. The unit is made of sturdy materials like wood and stainless steel and has programmable controls to maintain sterile environments.
We are air shower manufacturers, clean room air showers, clean room equipments India, clean room air showers, air shower exporters, clean room equipments, air shower equipment manufacturers, air shower suppliers, air showers India, air shower suppliers, clean room air shower, air showers. For More Information Please Logon http://goo.gl/mZyEF1
The document describes an air shower tunnel that allows users to pass through controlled environments without surface contaminants. It consists of pre-filters, HEPA filters, and high velocity air nozzles that remove particles from clothing and skin. The system is programmable and uses efficient motors to provide multi-directional sterile air streams for industrial applications requiring clean environments.
Laminar Air Flow provides a work area with Aseptic/Sterile conditions for th...AyushiSharma843565
Laminar Air Flow is an enclosed bench designed to prevent contaminations like biological particles or any particle sensitive device.
This closed cabinet is usually made up of stainless steel without any gap or joints where spores might collect.
Laminar Hoods are equipped with a shortwave ultraviolet germicidal lamp to sterilize the shell
Downflow booths provide operator, process and / or product protection by utilizing HEPA filtered unidirectional laminar downflow to maintain an ISO 5 environment at rest within the work zone and capture particulates during open handling processes.
The standard Esco DFBG2 has over 420 possible dimensional models and approximately 3.5 million possible system configurations ensuring that Esco can provide a standard solution to fit your specific process and facility requirements. Should a standard option not fit your requirements Esco can offer a customized solution.
The DFBG2 is designed such that through the different configurations it can be applied; but not limited to, the following markets:
- Pharmaceutical
- Biological
- Cosmetic
- Animal
- Nutraceutical
- Robotic
- Food
- Electronic
The document describes the NaturoPure Multi-Technology Air Purifier. It uses seven purification technologies, including a washable pre-filter, plasma array, activated carbon filter, HEPA filter, photocatalytic oxidation filter, UV light, and negative ions to remove virtually all air pollutants from rooms up to 650 square feet. It has smart sensors that monitor air quality and automatically adjust the purifier's functions. The purifier provides efficient air circulation while operating quietly.
Esco Animal Research Workstation / Animal Transfer WorkstationEsco Group
Animal research, cage changing and bedding disposal procedures are now simpler, safer and more productive with the Esco range of VIVA® Animal Containment Workstations.
With the introduction of the VIVA® range, Esco applies decades of experience in clean air technologies to the animal research laboratory, protecting personnel and the laboratory environment from:
-Hazards related to the equipment, materials and practices used in performing routine animal husbandry;
-Hazards relating directly or indirectly to animal contact;
-Hazards related to the technique or materials or biohazardous substances that may be used during the course of animal research.
This document provides specifications for the Pulsar III-PE blast cabinet. The cabinet is designed for high-production blasting and features an ergonomic design for operator comfort during long production runs. It includes safety features like door interlocks and gloves, as well as productivity features like optimized air flow and a dust collection system. Common applications of the cabinet include cleaning, deburring, and surface finishing of parts.
The document discusses air separation, dedusting, and ventilation systems from Höcker Polytechnik. It describes technologically leading compact separators and state-of-the-art vacuum filters that provide energy savings through clean air fans and less maintenance due to fully filtered process air. Various installation schematics and filter types are presented for dedusting surfaces or workplaces and discharging dust. Ventilation systems reliably produce clean air at work stations using fresh air.
Provides general information on Labconco's Protector Controlled Atmosphere, Multi-Hazard and Combination Glove Boxes. Answers basic questions and discusses the features and benefits of Protector Glove Boxes. Also addresses accessories, market applications and the American Glove Box Society.
The IsoClean can be used as a negative pressure unit or as this illustration shows an air cleaner. Contaminated air is captured by the IsoClean and is filtered at 99.99% at 3 micron.
Similar to XPert Balance & Bulk Powder Enclosures Presentation (20)
Breast cancer: Post menopausal endocrine therapyDr. Sumit KUMAR
Breast cancer in postmenopausal women with hormone receptor-positive (HR+) status is a common and complex condition that necessitates a multifaceted approach to management. HR+ breast cancer means that the cancer cells grow in response to hormones such as estrogen and progesterone. This subtype is prevalent among postmenopausal women and typically exhibits a more indolent course compared to other forms of breast cancer, which allows for a variety of treatment options.
Diagnosis and Staging
The diagnosis of HR+ breast cancer begins with clinical evaluation, imaging, and biopsy. Imaging modalities such as mammography, ultrasound, and MRI help in assessing the extent of the disease. Histopathological examination and immunohistochemical staining of the biopsy sample confirm the diagnosis and hormone receptor status by identifying the presence of estrogen receptors (ER) and progesterone receptors (PR) on the tumor cells.
Staging involves determining the size of the tumor (T), the involvement of regional lymph nodes (N), and the presence of distant metastasis (M). The American Joint Committee on Cancer (AJCC) staging system is commonly used. Accurate staging is critical as it guides treatment decisions.
Treatment Options
Endocrine Therapy
Endocrine therapy is the cornerstone of treatment for HR+ breast cancer in postmenopausal women. The primary goal is to reduce the levels of estrogen or block its effects on cancer cells. Commonly used agents include:
Selective Estrogen Receptor Modulators (SERMs): Tamoxifen is a SERM that binds to estrogen receptors, blocking estrogen from stimulating breast cancer cells. It is effective but may have side effects such as increased risk of endometrial cancer and thromboembolic events.
Aromatase Inhibitors (AIs): These drugs, including anastrozole, letrozole, and exemestane, lower estrogen levels by inhibiting the aromatase enzyme, which converts androgens to estrogen in peripheral tissues. AIs are generally preferred in postmenopausal women due to their efficacy and safety profile compared to tamoxifen.
Selective Estrogen Receptor Downregulators (SERDs): Fulvestrant is a SERD that degrades estrogen receptors and is used in cases where resistance to other endocrine therapies develops.
Combination Therapies
Combining endocrine therapy with other treatments enhances efficacy. Examples include:
Endocrine Therapy with CDK4/6 Inhibitors: Palbociclib, ribociclib, and abemaciclib are CDK4/6 inhibitors that, when combined with endocrine therapy, significantly improve progression-free survival in advanced HR+ breast cancer.
Endocrine Therapy with mTOR Inhibitors: Everolimus, an mTOR inhibitor, can be added to endocrine therapy for patients who have developed resistance to aromatase inhibitors.
Chemotherapy
Chemotherapy is generally reserved for patients with high-risk features, such as large tumor size, high-grade histology, or extensive lymph node involvement. Regimens often include anthracyclines and taxanes.
STUDIES IN SUPPORT OF SPECIAL POPULATIONS: GERIATRICS E7shruti jagirdar
Unit 4: MRA 103T Regulatory affairs
This guideline is directed principally toward new Molecular Entities that are
likely to have significant use in the elderly, either because the disease intended
to be treated is characteristically a disease of aging ( e.g., Alzheimer's disease) or
because the population to be treated is known to include substantial numbers of
geriatric patients (e.g., hypertension).
The skin is the largest organ and its health plays a vital role among the other sense organs. The skin concerns like acne breakout, psoriasis, or anything similar along the lines, finding a qualified and experienced dermatologist becomes paramount.
Nano-gold for Cancer Therapy chemistry investigatory projectSIVAVINAYAKPK
chemistry investigatory project
The development of nanogold-based cancer therapy could revolutionize oncology by providing a more targeted, less invasive treatment option. This project contributes to the growing body of research aimed at harnessing nanotechnology for medical applications, paving the way for future clinical trials and potential commercial applications.
Cancer remains one of the leading causes of death worldwide, prompting the need for innovative treatment methods. Nanotechnology offers promising new approaches, including the use of gold nanoparticles (nanogold) for targeted cancer therapy. Nanogold particles possess unique physical and chemical properties that make them suitable for drug delivery, imaging, and photothermal therapy.
- Video recording of this lecture in English language: https://youtu.be/Pt1nA32sdHQ
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Debunking Nutrition Myths: Separating Fact from Fiction"AlexandraDiaz101
In a world overflowing with diet trends and conflicting nutrition advice, it’s easy to get lost in misinformation. This article cuts through the noise to debunk common nutrition myths that may be sabotaging your health goals. From the truth about carbohydrates and fats to the real effects of sugar and artificial sweeteners, we break down what science actually says. Equip yourself with knowledge to make informed decisions about your diet, and learn how to navigate the complexities of modern nutrition with confidence. Say goodbye to food confusion and hello to a healthier you!
“Psychiatry and the Humanities”: An Innovative Course at the University of Mo...Université de Montréal
“Psychiatry and the Humanities”: An Innovative Course at the University of Montreal Expanding the medical model to embrace the humanities. Link: https://www.psychiatrictimes.com/view/-psychiatry-and-the-humanities-an-innovative-course-at-the-university-of-montreal
Discover the benefits of homeopathic medicine for irregular periods with our guide on 5 common remedies. Learn how these natural treatments can help regulate menstrual cycles and improve overall menstrual health.
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Nutritional deficiency Disorder are problems in india.
It is very important to learn about Indian child's nutritional parameters as well the Disease related to alteration in their Nutrition.
Giloy in Ayurveda - Classical Categorization and SynonymsPlanet Ayurveda
Giloy, also known as Guduchi or Amrita in classical Ayurvedic texts, is a revered herb renowned for its myriad health benefits. It is categorized as a Rasayana, meaning it has rejuvenating properties that enhance vitality and longevity. Giloy is celebrated for its ability to boost the immune system, detoxify the body, and promote overall wellness. Its anti-inflammatory, antipyretic, and antioxidant properties make it a staple in managing conditions like fever, diabetes, and stress. The versatility and efficacy of Giloy in supporting health naturally highlight its importance in Ayurveda. At Planet Ayurveda, we provide a comprehensive range of health services and 100% herbal supplements that harness the power of natural ingredients like Giloy. Our products are globally available and affordable, ensuring that everyone can benefit from the ancient wisdom of Ayurveda. If you or your loved ones are dealing with health issues, contact Planet Ayurveda at 01725214040 to book an online video consultation with our professional doctors. Let us help you achieve optimal health and wellness naturally.
The biomechanics of running involves the study of the mechanical principles underlying running movements. It includes the analysis of the running gait cycle, which consists of the stance phase (foot contact to push-off) and the swing phase (foot lift-off to next contact). Key aspects include kinematics (joint angles and movements, stride length and frequency) and kinetics (forces involved in running, including ground reaction and muscle forces). Understanding these factors helps in improving running performance, optimizing technique, and preventing injuries.
2. COPYRIGHT NOTICE
The material included in this presentation is
copyright of Labconco Corporation.
Reproduction or use of the slides is not
permitted without express permission from
Labconco Corporation.
4. Fume Hood or Enclosure?
Chemical Fume Hood Balance Enclosure
5. Fume Hood or Enclosure?
Chemical Fume Hoods
Capture, contain and remove airborne
contaminants
Large energy consumption
Low duct velocity, 2000-2500 fpm
High installation cost
6. Fume Hood or Enclosure?
Balance Enclosure
Capture, contain and remove airborne
particulate contaminants
Small energy consumption
High duct velocity, 3500-4000 fpm
HEPA filter required
Low installation cost
7. XPert® Balance Enclosures and Systems
Markets
Pharmaceutical
Industrial Hygiene
Chemistry Labs
Life Sciences
University
Hospital/Clinical
8. XPert® Filtered Balance Systems
Provide user protection
Patented rear baffle with zones of
perforation
Built-in blower – need no ducting to
outside
Exhaust HEPA filter
Isolation supports minimize blower
vibration
Low installation costs
Available in 2', 3', 4', 5',and 6' widths
Optional left-side mounted waste chute
9. XPert® Filtered Balance Systems
Features & Benefits
Space-saving design
True bag-in/bag-out HEPA filter Built-in airflow monitor
disposal system
Quiet operation as low as 48
Optional HEPA filter location permits decibels
leak detection scan of entire surface
Static-dissipative epoxy-coated
aluminum frame and steel rear
Front mounted pressure gauge
plenum and baffle
Tempered safety glass sash and Upper dilution air supply
sides
Ergonomic angled sash
Side-entry air foils
Upper containment sash foil
Deep 23.4” interior
Patented Clean Sweep™ air foil
Built-in impeller has vibration-
isolation supports
10. XPert® Filtered Balance Systems
Complete “system”—self contained
Internal fan w/vibration isolation supports
Filter mounted above integral fan
Fits on existing bench
Exhaust options
Recirculate into room
Exhaust to house via canopy
11. XPert® Filtered Balance Stations
Protect the user
Built-in HEPA filter removes
particulates
Must be ducted to the outside using
a remote blower
Patented rear baffle
Powder weighing applications in
pharmaceutical research are typical
Deep interior accommodates large
micro and analytical balances
Optional left-mounted waste chute
12. XPert® Filtered Balance Stations
Features & Benefits
Front-mounted pressure gauge Exhaust collar allows connection to Static-dissipative epoxy-coated
ductwork and remote blower aluminum frame and steel rear
plenum and baffle
Deep interior easily
accommodates large Built-in airflow monitor
analytical balances
Upper dilution air supply
True bag-in/bag-out HEPA Ergonomic angled sash
filter disposal system
Tempered safety glass sides and sash
Side-entry air foils Upper containment sash foil
Patented Clean-Sweep™ air foil
13. XPert® Filtered Balance Stations
No internal fan
Filter mounted above enclosure
Tie into house exhaust system
Minimized vibration
14. XPert® Balance Enclosures
Provide user protection
Must be ducted to the outside or
connected to a FilterMate Portable
Exhauster
Deep interior accommodates large
micro and analytical balances
Patented rear baffle
Exhaust less tempered room air than
fume hoods — conserving energy
No switches, wiring or service
fixtures that can add costs
15. XPert® Balance Enclosures
2', 3', 4', 5', 6', & 8' models
22.3" or 31.5" exterior height
23.4" or 30.0" interior depth
Top or bottom exhaust connection
Airflow monitor standard
Optional left-side mounted waste
chute
16. XPert® Balance Enclosures
Features & Benefits
Tempered safety glass front Built-in airflow monitor Flexible exhaust options
sash, sides and top
Upper dilution air supply
Ergonomic angled sash
Deep interior
Upper containment sash foil
Side-entry air foils
Static–dissipative epoxy- 8", 10" or 12" high sash opening
coated aluminum frame and
steel rear plenum and baffle
Patented Clean-Sweep™ air foil
17. XPert® Balance Enclosures
Easy-Order
One part number includes:
2', 3' or 4' Balance Enclosure
FilterMate Portable Exhauster
Bag-In/Bag-Out HEPA Filter
Vent Connection Kit with adapters and
hose connectors
Guardian Jr. or 1000 Digital Airflow
Monitor
Dished Epoxy Work Surface
20. XPert® Balance Enclosures
Containment-Enhancing Features
Clean-Sweep™ Air Foil allows air Side-Entry Air Foils are located on Upper Dilution Air Supply introduces
to sweep the work surface for either side of the sash opening and air from above the work area and bathes
maximum containment. direct clean airflow into the chamber. the back of the sash with clean air and
directs concentrations away from the
sash opening.
22. XPert® Balance Enclosures
Containment-Enhancing Features
Upper Containment Sash Foil
Aerodynamic shape directs airflow
Air gap bleeds high velocity air into
enclosure
Reduces contaminants behind sash
Patented feature
23. XPert® Balance Enclosures
Containment-Enhancing Features
Side-Entry Air Foils
Provides horizontal flow
Eliminates dead-air zone around
sash area
Exclusive feature
24. XPert® Balance Enclosures
Containment-Enhancing Features
Upper Dilution Air Supply
Bypass Air (5 – 10%)
Purges top of enclosure
Bathes area behind sash
Reduces chemical concentrations
Introduces clean air near user’s
breathing zone
Exclusive feature
26. XPert® Balance Enclosures
Vibration Isolation
Vibration:
Affects weighing operations
Greater effect in taller buildings
Placement near outside wall is better
Corners are more rigid
Work surface needs to be stable and level
27. XPert® Balance Enclosures
Validation Documentation
Validation package included with each enclosure:
Independent test data:
• SafeBridge Consultants: Powders Containment Test
• Exposure Control Technologies: ASHRAE 110-1995 Test
IQ/OQ Protocol
Manufacturer’s quality assurance inspection form
28. XPert® Balance Enclosures
Factors Affecting Performance
Electrostatics
Temperature
Humidity
Vibration
Lab air currents
Exhaust system
Installation
User technique
29. XPert® Balance Enclosures
Electrostatics
Electrostatic Problems:
Lightweight powders float
Static attraction can be greater than air currents
Balance performance can be adversely impacted
Electrostatic problems are compounded by:
Enclosure materials of construction
Low humidity—dry air holds static charge
Temperature—heat sources affect air currents
30. XPert® Balance Enclosures
Electrostatics
Tempered safety glass is static dissipative – releases
static more readily
Acrylic has insulative properties – static charge clings
to material
Recommend the use of ionizers – aligns charges
Material Surface Resistivity Example
Conductive 0 → 105 Ω per square CM Skin, Metals
Static 105 → 109 Ω per square CM Glass
dissipative
Antistatic 109 → 1012 Ω per square CM Polyethylene bag
Insulative 1012 Ω per square CM→ Acrylic box, Packing foam, Styrofoam
32. XPert® Balance Enclosures
HVAC/Installation
Installation Location:
Low traffic areas
Away from open doors
No cross-drafts
Avoid supply air
diffuser
Lab location
Low “throw velocity”
Balanced HVAC system
Adequate supply air
36. XPert® Balance Enclosures
FilterMate™ Portable Exhauster
Point-of-use exhauster
Internal spark-proof impeller
Houses filter to purify air
Provides airflow to XPert
37. XPert® Balance Enclosures
FilterMate™ Portable Exhauster
Narrow design fits comfortably on
bench or on the floor
Comes standard with 8'
polypropylene hose, clamps and
Exhaust Transition Adapter
38. XPert® Balance Enclosures
FilterMate™ Portable Exhauster
Large capacity – 280 CFM
Provides up to 100 fpm face velocity for 2', 3'
or 4' Enclosure**
HEPA Filter, Carbon Filter or BOTH with one
FilterMate
Carbon filter types:
• Organic
• Ammonia
• Formaldehyde
Quiet operation
54 dbA at 150 CFM operation
** Contact Labconco for technical assistance regarding using multiple FilterMates for 5', 6' and 8' wide
enclosures
39. XPert® Balance Enclosures
FilterMate™ Portable Exhauster
Three ways to exhaust:
Through FilterMate to house exhaust system
Through FilterMate back into the room
Directly from enclosure to house exhaust
system
40. XPert® Balance Enclosures
FilterMate™ Portable Exhauster
Intrinsically safe design
Filter is in a negative pressure
plenum
Bag-In/Bag-Out HEPA filter
replacement
Minimizes servicer contact
HEPA filter can be scanned for leaks
from outside FilterMate
41. XPert® Balance Enclosures
Convenience Features
Adjustable speed control (qualified
personnel only)
Additional grounded outlet
Can power airflow monitor
Circuit breaker – 5 amp
42. XPert® Balance Enclosures
User Technique
Use glass or metal weigh dishes and
tools – static dissipative
Work slowly, methodically
Be cognizant of surroundings
Work in a bright environment; rest
eyes often
43. XPert® Balance Enclosures
User Technique
No enclosure can compensate “The Labconco XPert Balance Enclosure is capable of
providing excellent containment where the operator uses
for poor technique. proficiency in technique…”
Labconco’s Enclosure has “Where operators exercise less than excellent technique
and/or have minor spillage good containment performance
been proven to provide a safe is achieved.”
work environment even with
Edward J. Haggerty, CIH
less proficient technique. SafeBridge Consultants, Inc.
44. XPert® Balance Enclosures
Safety Features
Spring-loaded sash latch
Exclusive feature
Allows for easy loading of
equipment
Airflow monitor standard
Guardian Jr. (low flow)
Guardian 1000 (high/low flow)
Easy to install
Calibrated in house
45. XPert® Bulk Powder Transfer System
Definitions & Terms
Features
Planning & Start Up
Loading
Technique
Procedure
Clean Up
46. XPert® Bulk Powder Enclosures
Definitions
Source Container: Bulk container or fiber
drum containing powder
Transfer Cart: Transport device for source
container
Transfer Plate: Platform of Transport Cart that
connects to the lift
Electric Lift: Raises the source container for
access through enclosure
Transfer Cart Latch: Secures Transport Cart
to electric lift
47. XPert® Bulk Powder Enclosures
Definitions
Safety Sleeve: Bag placed around outside of
source container for additional protection
Retaining Band: Secures the Safety Sleeve to
the Source Container and secures the source
container bags to the retaining ring
Retaining Ring: Ring on work surface used to
secure source container bags in place
Waste Chute: Hole on side of enclosure that
allows attachment of bag for waste disposal
48. XPert® Bulk Powder Enclosures
Terms
Transfer Cart Latch
Electric Lift
Source Container
Transfer Plate
Transfer Cart
49. XPert® Bulk Powder Enclosures
Markets
Pharmaceutical Research Chemical Manufacturing
50. XPert® Bulk Powder Filtered Systems,
Filtered Stations and Enclosures
Designed to protect user during
powder transfer operations
Filtered Systems and Stations
include a built-in HEPA filter
to remove particulates in the
exhaust air
Patented rear baffle with zones
of perforations promotes
horizontal airflow
51. XPert® Bulk Powder Filtered Systems,
Filtered Stations and Enclosures
Guardian 1000 digital Front-mounted pressure Upper dilution air supply
air monitor gauge
Patented rear baffle Tempered safety glass
Optimal HEPA filter location
Optional left-side
mounted waste chute
Side-entry air foils
Push button-controlled electric
Base stand included hydraulic lift mechanism
Transfer caddy included
True bag-in/bag-out HEPA
filter disposal system
Stainless steel work surface
with front trough
52. XPert® Bulk Powder Filtered Systems
Built-in HEPA filter to remove
particulates in the exhaust air
Built-in blower — no ducting to the
outside required
Push-button operated electric hydraulic
lift mechanism
Electronic beam automatically stops lift
mechanism at optimal access height
Available in 5- and 6-foot widths
53. XPert® Bulk Powder Filtered Systems
Required accessories include
Retaining Ring
Safety Sleeves
Retaining Bands
Access Opening Cover
54. XPert® Bulk Powder Filtered Stations
Have an exhaust collar and require
ducting to house exhaust or a remote
blower
Available in 5' and 6' widths
Require Remote Blower
Ductwork
Retaining ring and bands
Access Opening Cover
55. XPert® Bulk Powder Enclosures
Requires venting by connection
to a remote blower or house
exhaust to the outside
Available in 5', 6', and 8' widths
Require Retaining Ring and
Bands
Require Safety Sleeves
Require Access Opening Cover
56. XPert® Bulk Powder Enclosures
Exclusive Features
Transfer Cart is latched in place to
keep it from moving
Transfer Cart handle is out of the
way during the weigh procedure
57. XPert® Bulk Powder Enclosures
Exclusive Features
Lift is electric and
automatically stops at access
height.
Transfer Plate locates source
container in correct position
for access opening.
58. XPert® Bulk Powder Enclosures
Exclusive Features
Retaining Ring provides a way
to secure the source container
liner bag.
Retaining Band secures the
source container liner bag to
the retaining ring to seal the
bag to the work surface.
59. XPert® Bulk Powder Enclosures
Exclusive Features
Baffle pivots downward for
easy cleaning.
60. XPert® Bulk Powder Enclosures
Digital airflow alarm for
continual display of airflow
velocity
Hydraulic lift holds sash up
while loading and unloading
61. XPert® Bulk Powder Enclosures
Access Opening
Variable location
Right side
Center
Left side (not shown)
62. XPert® Bulk Powder Enclosures
Planning
Understand procedures and equipment
Arrange for minimal disruptions
Consult your Safety Officer for protective
equipment recommendations
Transport containers to Bulk Powder
Enclosure
63. XPert® Bulk Powder Enclosures
Start Up
Turn on blower and purge system for
several minutes before beginning
procedure.
Check the baffle air slots for
obstructions.
64. XPert® Bulk Powder Enclosures
Start Up
Load with necessary equipment and
supplies.
Decontamination products may be
useful.
Ensure that sash is fully closed when
working in enclosure.
Position equipment so air flow is not
obstructed.
65. XPert® Bulk Powder Enclosures
Loading
Attach Safety Sleeve to source
container and place on cart.
Dock cart to Bulk Powder Transfer
System.
Push button to activate Lift
System.
Lift stops automatically when
source container is at access
height.
66. XPert® Bulk Powder Enclosures
Loading
Pull Safety Sleeve through opening in
work surface and secure on Retaining
Ring with Retaining Band.
Allow system to purge airborne
contaminants from the work area.
67. XPert® Bulk Powder Enclosures
Loading
Remove lid from source container.
Place inside enclosure, or
Decontaminate thoroughly and
remove from enclosure
Secure inner bags from source
container to the Retaining Ring
with Retaining Bands.
68. XPert® Bulk Powder Enclosures
Work Technique
Keep all materials inside the lower air foil and
perform all contaminated operations as far to the
rear of the work area as possible.
Segregate all clean and contaminated materials in
the work area.
Avoid using techniques or procedures that disrupt
airflow patterns of the enclosure.
69. XPert® Bulk Powder Enclosures
Work Technique
Keep all materials and hands inside
enclosure until the end of the procedure
and all materials have been wiped down.
At end of wipe down, wipe down arm
covers and gloves.
Remove arm covers and gloves inside
enclosure.
Place waste materials in waste chute.
70. XPert® Bulk Powder Enclosures
Work Procedure
Remove lid of source container
and place to the side. Secure both
outer and inner bags of source
container to retaining ring with
retaining band.
Scoop powder into container.
71. XPert® Bulk Powder Enclosures
Work Procedure
When weighing procedure is
completed, close container and place to
the side. The user may either wipe
container and lid after each weigh out
or when all weigh outs are completed.
72. XPert® Bulk Powder Enclosures
Clean Up
When procedure is completed, remove retaining
band and place in disinfecting solution or discard
in waste chute.
Place inner bag in source container. Repeat for
outer bag and place lid back on source container.
Vacuum if necessary. With a decontamination
solution such as IPE, wipe down source container
lid, inside of safety sleeve, work surface and any
other materials inside the enclosure.
73. XPert® Bulk Powder Enclosures
Clean Up
Remove retaining band on safety sleeve.
Pull safety sleeve up through opening in
work surface and discard.
With a decontamination solution, wipe
down arm covers and gloves before
removing and discarding in waste chute.
74. XPert® Bulk Powder Enclosures
Clean Up
Lower source container until it comes to a
stop.
Unlatch Transfer Cart and return source
container.
Remove materials from inside enclosure and
properly dispose of materials.
Allow unit to purge for 2 minutes before
turning off exhaust system.
75. XPert® Balance Enclosures
Accessories
Two exhaust configurations
Top exhaust transition
Bottom exhaust transition
Two ductwork options
5" diameter flexible hose
6" diameter PVC Duct
76. XPert® Balance Enclosures
Accessories
Remote Blowers
TEFC-type direct drive motor blower
Corrosion-resistant phenolic-coated steel
housing and impeller
Belt drive motor blower
Corrosion-resistant phenolic-coated steel
housing and impeller
Dry powder epoxy-coated base and weather cover
79. XPert® Balance Enclosures
Accessories
3-Shelf accessory kit
Reduces interior clutter
Shelves can rest on back wall
Does not affect airflow
Printer shelf—inside or out
Utensil shelf
Utility shelf—disposables or calibration
weight
80. XPert® Balance Enclosures
Accessories
Trace Odor Carbon Filters for XPert System
Carbon Filters
Fluorescent Light
HEPA Filters
82. XPert® Balance Enclosures
Accessories
Telescoping Base Stand
Transfer Caddy
Protector® Standard
Storage Cabinets
Telescoping Base Stands
with Casters