Esco Airstream Horizontal Laminar Flow Clean Bench blends in latest laminar flow technology and innovation to provide proven protection for your samples and processes
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.
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.
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
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
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.
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.
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
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
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/
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.
This document provides information on air filter testing equipment from FEC. It describes testing systems that can test various types of air filters according to standards like EN 779 and ASHRAE 52.2. The systems can test parameters like flow rate, differential pressure, dust holding capacity, and efficiency. They include components like test ducts, centrifugal blowers, aerosol generators, and particle counters. FEC offers customizable filter testing solutions at various throughput capacities.
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.
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
The document discusses different types of air filters, including coarse filters, fine filters, HEPA filters, ULPA filters, carbon air filters, and UV light air filters. It explains that air filters are composed of fibrous materials that remove particles from the air to maintain good indoor air quality. The effectiveness of a filter depends on factors like air velocity, particle size, dust loading, and filter material properties. Common applications of air filters include hospital operating rooms, medical clean rooms, toxic environments, and air conditioning systems.
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.
The document discusses air control in facilities to maintain cleanliness levels. It outlines steps for filtering air including using pre-filters of varying sizes to remove particulate matter and HEPA filters to remove microorganisms. The filtered air is distributed through ducts with blowers installed upstream of filters. HEPA filters are preferably installed where clean air enters controlled rooms to maintain positive pressure and prevent unclean air from entering. Air flow is uniformly distributed and controlled to sweep away contamination.
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.
Air supplied to an engine must be free from dirt and dust as far as possible.
If there is any dirt in the entering air, it will act as an abrasive. Hence, abrasive wear there is will occur on pistons, rings, cylinder walls, valves, bearings and other relative moving parts.
Under extreme conditions, the wear may become very much greater.
An air filter also called air cleaner is always installed at the entrance of the inlet manifold.
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 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 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.
This is the 1st part of our "All about cleanrooms". This presentation will take you through the history of cleanrooms, types and applications of cleanrooms.
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.
Important of clean room and hvac systemRonak654321
This document discusses the importance of clean rooms and HVAC systems in pharmaceutical industries. It provides definitions of clean rooms, describes different clean room classifications according to ISO and FS209E standards, and lists various contamination sources and methods to control contamination. It also explains the key components and functions of HVAC systems used to provide controlled environmental conditions like temperature, humidity and airflow in clean rooms.
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.
Clean room technology is used to control airborne particle concentrations and other parameters like temperature, humidity, and pressure. There are two main types of cleanrooms - turbulently ventilated and unidirectional flow. High efficiency particulate air (HEPA) and ultra low penetration air (ULPA) filters are used to filter air and control particle levels, working via mechanisms like diffusion, impaction, interception, and sieving. Proper clean room practices like changing gloves, wiping surfaces, and avoiding contaminants are important for maintaining cleanliness.
The document describes the T17 high-performing battery rider scrubber. It highlights key features such as large battery capacity for extended runtime, durable construction to withstand harsh environments, and ec-H2O technology for effective cleaning. The scrubber aims to reduce cleaning costs through productivity and durability while also improving safety and facility image. It provides easy operation and maintenance through features like intuitive controls and yellow touch points. Optional configurations allow customization to meet different customer needs.
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/
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.
This document provides information on air filter testing equipment from FEC. It describes testing systems that can test various types of air filters according to standards like EN 779 and ASHRAE 52.2. The systems can test parameters like flow rate, differential pressure, dust holding capacity, and efficiency. They include components like test ducts, centrifugal blowers, aerosol generators, and particle counters. FEC offers customizable filter testing solutions at various throughput capacities.
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.
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
The document discusses different types of air filters, including coarse filters, fine filters, HEPA filters, ULPA filters, carbon air filters, and UV light air filters. It explains that air filters are composed of fibrous materials that remove particles from the air to maintain good indoor air quality. The effectiveness of a filter depends on factors like air velocity, particle size, dust loading, and filter material properties. Common applications of air filters include hospital operating rooms, medical clean rooms, toxic environments, and air conditioning systems.
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.
The document discusses air control in facilities to maintain cleanliness levels. It outlines steps for filtering air including using pre-filters of varying sizes to remove particulate matter and HEPA filters to remove microorganisms. The filtered air is distributed through ducts with blowers installed upstream of filters. HEPA filters are preferably installed where clean air enters controlled rooms to maintain positive pressure and prevent unclean air from entering. Air flow is uniformly distributed and controlled to sweep away contamination.
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.
Air supplied to an engine must be free from dirt and dust as far as possible.
If there is any dirt in the entering air, it will act as an abrasive. Hence, abrasive wear there is will occur on pistons, rings, cylinder walls, valves, bearings and other relative moving parts.
Under extreme conditions, the wear may become very much greater.
An air filter also called air cleaner is always installed at the entrance of the inlet manifold.
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 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 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.
This is the 1st part of our "All about cleanrooms". This presentation will take you through the history of cleanrooms, types and applications of cleanrooms.
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.
Important of clean room and hvac systemRonak654321
This document discusses the importance of clean rooms and HVAC systems in pharmaceutical industries. It provides definitions of clean rooms, describes different clean room classifications according to ISO and FS209E standards, and lists various contamination sources and methods to control contamination. It also explains the key components and functions of HVAC systems used to provide controlled environmental conditions like temperature, humidity and airflow in clean rooms.
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.
Clean room technology is used to control airborne particle concentrations and other parameters like temperature, humidity, and pressure. There are two main types of cleanrooms - turbulently ventilated and unidirectional flow. High efficiency particulate air (HEPA) and ultra low penetration air (ULPA) filters are used to filter air and control particle levels, working via mechanisms like diffusion, impaction, interception, and sieving. Proper clean room practices like changing gloves, wiping surfaces, and avoiding contaminants are important for maintaining cleanliness.
The document describes the T17 high-performing battery rider scrubber. It highlights key features such as large battery capacity for extended runtime, durable construction to withstand harsh environments, and ec-H2O technology for effective cleaning. The scrubber aims to reduce cleaning costs through productivity and durability while also improving safety and facility image. It provides easy operation and maintenance through features like intuitive controls and yellow touch points. Optional configurations allow customization to meet different customer needs.
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.
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.
Esco Containment Barrier Isolator (CBI) facilitates the isolation of a product or process while providing the required conditions for a sterile/ aseptic environment. It is configured to operate at positive or negative pressure. This equipment provides a comprehensive range of personnel
and product protection in addition to protection for the surrounding work areas and the environment.
CBI's design has complete compliance to PIC/s and EU cGMP standardswith its 19 mm radius coved internal corners in a single piece chamber (no perforations or grilles for contaminants to be trapped on all 4 corners). Its Rear Return Filter ensures that ducts are not contaminated. The system comes in either recirculatory or single pass airflow.
Applications
• Pharmacy Compounding (Chemotherapy/TPN)
• As a Class III Cabinet for Biosafety Levels (BSL) 3 and 4
• Small Batch Sterility Testing
• Small-scale Potent Material Handling
• Cell Processing
• Aseptic Processing
• Research and Development
This document provides information on various cleanroom products offered by LMAIRTECH, including:
1) The MDR Series modular hardwall cleanrooms that provide ISO 5 clean environments using HEPA filtration and come in various sizes.
2) The FDE Series softwall cleanrooms that use fan filter units to generate downward laminar airflow behind a vinyl curtain to achieve ISO 8 to ISO 4 cleanliness.
3) The PDE Series portable softwall cleanrooms that also use fan filter units for downward airflow behind a vinyl curtain but are mobile via lockable casters.
This document summarizes an electric screw compressor product line from CPG. It describes the key features and benefits of the compressors, including their industrial design, filtration system, advanced controller, gear-driven transmission, cooling system, maintenance schedule, and service parts. The compressors are available in models from 280-355kW for various industries and are designed to deliver high performance compressed air efficiently over their lifetime.
The document describes the Prima SP3 anesthesia system from Penlon. It includes 3 vaporizer stations, an integrated AV-S ventilator with 6 modes, and an A200SP absorber. It has a large touchscreen, customizable work surface, and modular construction for flexibility. Accessories can expand its capabilities. Overall it provides advanced yet easy-to-use anesthesia delivery and patient monitoring in a single integrated system.
This document provides information on Mitsubishi Electric Indonesia (MEIN) and its product portfolio. It summarizes that MEIN is a subsidiary of Mitsubishi Electric Asia and Corporation and is owned 70% by the former and 30% by the latter. It manufactures and provides maintenance for various air conditioning and cooling systems including VRF systems, LOSSNAY ventilators, and controllers. It also lists some of MEIN's project installations and provides technical specifications and performance details for its key products.
A CKD CORPORATION pode oferecer uma variedade de componentes para o processo de fabricação de peças automotivas para veículos elétricos, como motores, inversores e ECUs. Atuadores/Cilindros elétricos, motores de acionamento direto, garras e cilindros de longa duração, etc. Estes produtos podem contribuir para a sua alta produtividade.
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
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 Evidence Drying Cabinet is a negative pressure cabinet designed to provide security, tamper proof, and prevent loss of integrity and credibility and possible cross-contamination of evidence and impede any harmful airborne pathogens, putrid odors, and other gases from escape that may harm or infect employees/technicians.
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.
Industrial Air Compressor Distributor In NY - CS Industrial Servicescsindustrialservices
CS Industrial Services is your trusted ELGi industrial air compressor distributor in New York. Call us for sales, services and rentals in the Buffloa NY area.
Testing/Manufacture/ASHRE 52.2 Filter Test Rigfec2020
This document provides information on air filter testing equipment from FEC. It describes testing systems that can test various types of air filters, including pocket, cassette, and flat sheet filters, according to standards like EN 779. The systems test parameters like flow rate, differential pressure, dust holding capacity, and efficiency. They include components like test ducts, centrifugal blowers, aerosol generators, and particle counters. FEC offers these systems for testing filters used in applications like cleanrooms.
Testing/Manufacture/Hepa Filter Drop Testerfec2020
This document provides information on air filter testing equipment from FEC. It describes testing systems that can test various types of air filters, including pocket, cassette, and flat sheet filters, according to standards like EN 779. The systems test parameters like flow rate, differential pressure, dust holding capacity, and efficiency. They include components like test ducts, centrifugal blowers, aerosol generators, and particle counters. FEC offers these systems for testing filters used in applications like cleanrooms.
Testing/Manufacture/Pre & Fine Filter Packaging Test Equipmentsfec2020
This document provides information on air filter testing equipment from FEC. It describes testing systems that can test various types of air filters, including pocket, cassette, and flat sheet filters, according to standards like EN 779. The systems test parameters like flow rate, differential pressure, dust holding capacity, and efficiency. They include components like test ducts, centrifugal blowers, aerosol generators, and particle counters. FEC offers customizable systems for testing filters with capacities up to 6,000 cfm.
FEC provides high quality equipment for testing air filters. Their equipment can test filters according to international standards like EN 779 and ASHRAE 52.2. They offer a variety of filter testing systems that can test parameters like flow rate, differential pressure, dust holding capacity, efficiency, and restriction pressure. Their systems are suitable for testing pocket, cassette, and flat sheet filters of various materials up to 610x610mm in size. FEC also provides specialized equipment for testing HEPA filters, including aerosol generators, particle counters, and leak testers.
Testing/Manufacture/Pre & Fine Filter Testing Equipmentsfec2020
This document provides information on air filter testing equipment from FEC. It describes testing systems that can test various types of air filters, including pocket, cassette, and flat sheet filters, according to standards like EN 779. The systems test parameters like flow rate, differential pressure, dust holding capacity, and efficiency. They include components like test ducts, centrifugal blowers, aerosol generators, and particle counters. FEC offers customizable systems for testing filters with capacities up to 6,000 cfm.
Similar to Horizontal Laminar Flow Clean Benches (20)
Cleaning agents are available in liquid and powder form and come in different sizes. They are also available as mildly alkaline or alkaline. The mildly alkaline cleaning agents are ideal for soiling such as blood and protein. Alkaline cleaning agents are suitable for a variety of soiling and for stubborn soiling. Liquid agents are particular easy to handle when dispensed via dispenser pumps.
Cell culture incubators of various designs and performance levels. Each line combines a different set of features tailored to meet the needs of particular cell culture activities.
The modern Class II Microbiological Safety Cabinet, now regarded as probably the most common in-use Safety Cabinet employed around the world, is available with features meeting the stringent ergonomic and green requirements in many countries.
When considering the basic requirements of operator, product, and environmental protection, they are the cornerstone of the modern scientific research laboratory where sterility and safety is paramount.
The document describes the PURELAB Chorus water purification system. It can produce ultrapure water for life science, analytical research, and general science applications by removing various impurities. The system uses advanced deionization, ultrafiltration, microfiltration, and UV treatment. It monitors water purity in real-time and dispenses water at the point-of-use with options for automated volume control and flow rate. The system is configurable to meet the purity needs of different applications by selecting purification technologies and dispenser options.
CO2 Incubator is designed and manufactured using the accumulated expertise and knowledge that Esco has developed with over 35 years of world class equipment for laboratory usage. Designed with sample safety, energy efficiency and user-friendliness in mind, the system achieves precise parameter controls, highly effective contamination control and intuitive user interfaces all--supported by Esco's solution-based sales and service representatives worldwide.
The document describes a modular steam sterilizer called UNISTERI HP that is designed for use in healthcare facilities. It has several features that make it efficient and easy to use, including a touchscreen control panel, automatic door closing and sealing system, and various sterilization programs. The sterilizer is customizable with different options and accessories to meet customer needs. It aims to provide safe, quick sterilization while keeping operating costs low through energy efficient design and optional water and media savings systems.
Laboratory animal cage washing has traditionally employed very hot rinse or wash water to assure the destruction of microbial agents which can cause disease in laboratory animals. This study shows an alternative that may conserve substantial amounts of energy and still provide suitable results.
Hygienic freshwater system with fresh water intake in each program stage, variable-speed brushless pump for optimum spray pressure in various program phases, rear basket docking for shorter water circuit and higher spray pressure, newly developed spray arms with modified nozzle shape and arrangement for improved water access, injector system for the thorough cleaning of hollow items
Wash cabinet
Chamber made from high-grade stainless steel welded using laser technology to give a perfectly smooth, crevice-free finish which prevents dirt from accumulating.
Circulation Pump
Powerful, variable-speed circulation pump, max. throughput 132 gal/min
Open Channel Flow: fluid flow with a free surfaceIndrajeet sahu
Open Channel Flow: This topic focuses on fluid flow with a free surface, such as in rivers, canals, and drainage ditches. Key concepts include the classification of flow types (steady vs. unsteady, uniform vs. non-uniform), hydraulic radius, flow resistance, Manning's equation, critical flow conditions, and energy and momentum principles. It also covers flow measurement techniques, gradually varied flow analysis, and the design of open channels. Understanding these principles is vital for effective water resource management and engineering applications.
Levelised Cost of Hydrogen (LCOH) Calculator ManualMassimo Talia
The aim of this manual is to explain the
methodology behind the Levelized Cost of
Hydrogen (LCOH) calculator. Moreover, this
manual also demonstrates how the calculator
can be used for estimating the expenses associated with hydrogen production in Europe
using low-temperature electrolysis considering different sources of electricity
Accident detection system project report.pdfKamal Acharya
The Rapid growth of technology and infrastructure has made our lives easier. The
advent of technology has also increased the traffic hazards and the road accidents take place
frequently which causes huge loss of life and property because of the poor emergency facilities.
Many lives could have been saved if emergency service could get accident information and
reach in time. Our project will provide an optimum solution to this draw back. A piezo electric
sensor can be used as a crash or rollover detector of the vehicle during and after a crash. With
signals from a piezo electric sensor, a severe accident can be recognized. According to this
project when a vehicle meets with an accident immediately piezo electric sensor will detect the
signal or if a car rolls over. Then with the help of GSM module and GPS module, the location
will be sent to the emergency contact. Then after conforming the location necessary action will
be taken. If the person meets with a small accident or if there is no serious threat to anyone’s
life, then the alert message can be terminated by the driver by a switch provided in order to
avoid wasting the valuable time of the medical rescue team.
Applications of artificial Intelligence in Mechanical Engineering.pdfAtif Razi
Historically, mechanical engineering has relied heavily on human expertise and empirical methods to solve complex problems. With the introduction of computer-aided design (CAD) and finite element analysis (FEA), the field took its first steps towards digitization. These tools allowed engineers to simulate and analyze mechanical systems with greater accuracy and efficiency. However, the sheer volume of data generated by modern engineering systems and the increasing complexity of these systems have necessitated more advanced analytical tools, paving the way for AI.
AI offers the capability to process vast amounts of data, identify patterns, and make predictions with a level of speed and accuracy unattainable by traditional methods. This has profound implications for mechanical engineering, enabling more efficient design processes, predictive maintenance strategies, and optimized manufacturing operations. AI-driven tools can learn from historical data, adapt to new information, and continuously improve their performance, making them invaluable in tackling the multifaceted challenges of modern mechanical engineering.
Blood finder application project report (1).pdfKamal Acharya
Blood Finder is an emergency time app where a user can search for the blood banks as
well as the registered blood donors around Mumbai. This application also provide an
opportunity for the user of this application to become a registered donor for this user have
to enroll for the donor request from the application itself. If the admin wish to make user
a registered donor, with some of the formalities with the organization it can be done.
Specialization of this application is that the user will not have to register on sign-in for
searching the blood banks and blood donors it can be just done by installing the
application to the mobile.
The purpose of making this application is to save the user’s time for searching blood of
needed blood group during the time of the emergency.
This is an android application developed in Java and XML with the connectivity of
SQLite database. This application will provide most of basic functionality required for an
emergency time application. All the details of Blood banks and Blood donors are stored
in the database i.e. SQLite.
This application allowed the user to get all the information regarding blood banks and
blood donors such as Name, Number, Address, Blood Group, rather than searching it on
the different websites and wasting the precious time. This application is effective and
user friendly.
This study Examines the Effectiveness of Talent Procurement through the Imple...DharmaBanothu
In the world with high technology and fast
forward mindset recruiters are walking/showing interest
towards E-Recruitment. Present most of the HRs of
many companies are choosing E-Recruitment as the best
choice for recruitment. E-Recruitment is being done
through many online platforms like Linkedin, Naukri,
Instagram , Facebook etc. Now with high technology E-
Recruitment has gone through next level by using
Artificial Intelligence too.
Key Words : Talent Management, Talent Acquisition , E-
Recruitment , Artificial Intelligence Introduction
Effectiveness of Talent Acquisition through E-
Recruitment in this topic we will discuss about 4important
and interlinked topics which are
Generative AI Use cases applications solutions and implementation.pdfmahaffeycheryld
Generative AI solutions encompass a range of capabilities from content creation to complex problem-solving across industries. Implementing generative AI involves identifying specific business needs, developing tailored AI models using techniques like GANs and VAEs, and integrating these models into existing workflows. Data quality and continuous model refinement are crucial for effective implementation. Businesses must also consider ethical implications and ensure transparency in AI decision-making. Generative AI's implementation aims to enhance efficiency, creativity, and innovation by leveraging autonomous generation and sophisticated learning algorithms to meet diverse business challenges.
https://www.leewayhertz.com/generative-ai-use-cases-and-applications/
Impartiality as per ISO /IEC 17025:2017 StandardMuhammadJazib15
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1. Laminar Flow Clean Benches, Horizontal and Vertical
The Leading Solution for Research Laboratories
More product variants and sizes to suit more applications and user preferences
Esco Airstream®
Vertical Laminar Flow
Clean Bench Model LVG-4
Esco Airstream®
Horizontal Laminar Flow
Clean Bench Model LHG-4
UL 61010 UL 61010
KEY BENEFITS:
• Energy-Efficient DC ECM Motor. ONLY 155 Watts!! (for 4 ft size)
and with Standby Mode for more energy saving
• World's Leading Low Noise Laminar Flow Cabinet
• Stable and Self-compensating Flow
• IsocideTM
Powder-coated
• ULPA filter (up to ISO Class 3)
• With Real-time Airflow Monitoring
Atlantic Technology Group
Midlothian, VA USA
www.atlantictechnologygrp.com
800-359-5153
2. Laminar Flow Clean Benches, Horizontal and Vertical
Guide to Models
1st Placeholder
Product Line
2nd Placeholder
Flow
3rd Placeholder
Side Wall
4th Placeholder
Width
5th Placeholder
Internal Height
6th Placeholder
Control
7th Placeholder
Window
8th Placeholder
Electrical
Laminar Flow L Horizontal H Glass *G 3 feet 3 2.5 feet B
Simple Switches
Standard
S Fixed F
115 VAC,
50 / 60 Hz
9
Stainless Steel S 4 feet 4 3 feet ***C
SentinelTM
Gold
Optional
G
5 feet 5
6 feet 6
**8 feet 8
L H - -
2
The spill-retaining work top
design with a recessed central area
contains accidental liquid spills.
Work Top
Located on the center and angled down
ADA-Compliant
Ergonomic Control Panel Location
* Glass side is only available for 2 ½ feet (B) internal height Example Code: LHG-4BS-F9
Specifications: Laminar flow cabinet, Horizontal Flow, Glass sided walls, 4 feet width, 2.5 feet internal height, Simple Switches controller, Fixed window and 115 VAC, 50/60 Hz
**8 feet width is only available for 3 feet (C) internal height Example Code: LHS-8CS-F9
Specifications: Laminar flow cabinet, Horizontal Flow, Stainless steel sided walls, 8 feet width, 3 feet internal height, Simple Switches controller, Fixed window and 115 VAC, 50/60 Hz
***3 feet internal height is only available for stainless steel sided walls AND 4 feet, 6 feet or 8 feet width Example Code: LHS-4CS-F9
Specifications: Laminar flow cabinet, Horizontal Flow, Stainless steel sided walls, 4 feet width, 3 feet internal height, Simple Switches controller, Fixed window and 115 VAC, 50/60 Hz
Airflow Sensor
Monitors real-time
airflow for safety
Alert the user if
airflow is insufficient
Easy to use switches
Displays filter loading status
Standby mode switch to further save energy
Rocker Switches and Pressure Gauge
Displays all safety information on one screen
Standby mode switch to further save energy
Programmable UV timer to extend UV lamp life
Optional SentinelTM
Gold Microprocessor Controller
3. 3
Silver-ion impregnated
powder coat
Inhibit microbial growth
to improve safety
powder coat
Powered by latest generation DC ECM motor, that is more efficient
than legacy ECM and VFD motors
70% Energy savings compared to AC motor
Stable airflow, despite building voltage fluctuations & filter loading
Standby mode to further reduce power consumption by 60%
Energy Efficient DC ECM Motor
10x Filtration efficiency
of HEPA filter Creates ISO
Class 3 work zone instead of
industry-standard ISO Class 5
10x Cleaner work zone than
cabinets with HEPA filter
ULPA Filt er
Standards
Compliance
Cabinet Performance Air Quality Filtration Electrical Safety
IEST-RP-CC002.2, Worldwide
ISO 14644.1, Class 4, Worldwide
AS 1386 Class 2.5, Australia
JIS B9920, Class 4, Japan
EN-1822 (H14), Europe
IEST-RP-CC001.3, Worldwide
IEST-RP-CC007, Worldwide
IEST-RP-CC034.1, Worldwide
IEC61010-1, Worldwide
EN 61010-1, Europe
UL61010-1, USA
CAN/CSA-22.2, No.61010-1
Comfortable low noise
at 55 dBA
World's leading low noise
laminar flow cabinet
Quiet Operation
*LHG-4B in open field condition
Reduce fatigue and improve
work concentration
Airstream®
Horizontal Laminar
Flow Clean Bench, Model LHG-_B
Available in 0.9, 1.2, 1.5 , and 1.8 meter
models (3', 4', 5', and 6')
4. Laminar Flow Clean Benches, Horizontal and Vertical
Guide to Models
1st Placeholder
Product Line
2nd Placeholder
Flow
3rd Placeholder
Side Wall
4th Placeholder
Width
5th Placeholder
Internal Height
6th Placeholder
Control
7th Placeholder
Window
8th Placeholder
Electrical
Laminar Flow L Vertical V Glass *G 3 feet 3 2 ¼ feet A
Simple Switches
Standard
S Fixed F
115 VAC,
50 / 60 Hz
9
Stainless Steel S 4 feet 4 3 feet ***C
SentinelTM
Gold
Optional
G
5 feet 5
6 feet 6
**8 feet 8
L V - -
4
Spill-retaining work top design with
a recessed central area contains
accidental liquid spills.
Work Top
Located on the center and angled down
ADA-Compliant
Ergonomic Control Panel Location
* Glass side is only available for 2 ¼ feet (A) internal height Example Code: LVG-4AS-F9
Specifications: Laminar flow cabinet, Vertical Flow, Glass sided walls, 4 feet width, 2 feet internal height, Simple Switches controller, Fixed window and 115 VAC, 50/60 Hz
**8 feet width is only available for 3 feet (C) internal height and stainless steel sided walls Example Code: LVS-8CS-F9
Specifications: Laminar flow cabinet, Vertical Flow, Stainless steel sided walls, 8 feet width, 3 feet internal height, Simple Switches controller, Fixed window and 115 VAC, 50/60 Hz
***3 feet internal height is only available for stainless steel sided walls AND 4 feet, 5 feet, 6 feet or 8 feet width Example Code: LVS-4CS-F9
Specifications: Laminar flow cabinet, Vertical Flow, Stainless steel sided walls, 4 feet width, 3 feet internal height, Simple Switches controller, Fixed window and 115 VAC, 50/60 Hz
Monitors real-time
airflow for safety
Alert the user if
airflow is insufficient
Optional
Airflow Sensor
Easy to use switches
Displays filter loading status
Standby mode switch to further save energy
Rocker Switches and Pressure Gauge
Displays all safety information on one screen
Standby mode switch to further save energy
Programmable UV timer to extend UV lamp life
Optional SentinelTM
Gold Microprocessor Controller
5. Airstream®
Vertical Laminar Flow
Clean Bench Model LVG-_A
Available in 0.9, 1.2, 1.5 ,and 1.8 meter
models (3', 4', 5', and 6').
Silver-ion impregnated
powder coat
Inhibit microbial growth
to improve safety
powder coat
5
Comfortable low noise
at 52 dBA
World's leading low noise
laminar flow cabinet
Quiet Operation
*LVG-4A in open field condition
Reduce fatigue and improve
work concentration
Powered by latest generation DC ECM motor, that is more efficient
than legacy ECM and VFD motors
70% Energy savings compared to AC motor
Stable airflow, despite building voltage fluctuations & filter loading
Standby mode to further reduce power consumption by 60%
Energy Efficient DC ECM Motor
Standards
Compliance
Cabinet Performance Air Quality Filtration Electrical Safety
IEST-RP-CC002.2, Worldwide
ISO 14644.1, Class 4, Worldwide
AS 1386 Class 2.5, Australia
JIS B9920, Class 4, Japan
EN-1822 (H14), Europe
IEST-RP-CC001.3, Worldwide
IEST-RP-CC007, Worldwide
IEST-RP-CC034.1, Worldwide
IEC61010-1, Worldwide
EN 61010-1, Europe
UL61010-1, USA
CAN/CSA-22.2, No.61010-1
10x Filtration efficiency
of HEPA filter Creates ISO
Class 3 work zone instead of
industry-standard ISO Class 5
10x Cleaner work zone than
cabinets with HEPA filter
ULPA Filter
6. Laminar Flow Clean Benches, Horizontal and Vertical
Airstream®
Horizontal Laminar Flow
Stainless Steel Side Wall Version with
optional SentinelTM
Gold Controller
Airflow Diagram
ULPA / H14 filtered air
Room air / Inflow air
1. Standard Simple
Switches Controller
/ Optional Esco SentinelTM
Gold Microprocessor
Controller
2. UV Light Retrofit Kit
Provision
3. (Optional) front Cover
4. Spill-retaining Stainless
Steel Work Top
5. Pre-filter
6. DC ECM Blower
7. Fluorescent Lamp
8. Electrical Outlet (maximum of 2)
9. IV Bar Retrofit Kit Provision
10. (Optional) Air Flow Sensor
11. Service Fixture Retrofit
Kit Provision (2 on each side)
12. Tempered Glass (LHG Variant)
Stainless Steel (LHS Variant)
13. ULPA / H14 Filter
B-Height:28.5"(725mm)
C-Height:34.5"(877mm)
B-Height:50.0"(1270mm)/C-Height:56.0"(1422)mm)
24.8" (631 mm) for LHG Models
24.4" (620 mm) for LHS Models
30.8" (782 mm)
5
6
7
8
9
10
12
13
11
35.4" / 47.4" / 59.4" / 71.4" / 93.8"
(898 mm / 1203 mm / 1508 mm / 1813 mm / 2383 mm)
1.6"(41.5mm)
40.8" / 52.8" / 64.8" / 76.8" / 99.2"
(1035 mm / 1340 mm / 1645 mm / 1950 mm / 2520 mm)
4
3
2
1
Cabinet Filtration System
Room air is taken in from the top of the clean
bench through a disposable pre-filter with
85% arrestance; this serves to trap larger
particles and increase the life of the main filter.
Air is forced evenly across the ULPA/H14
filter(s); the result is a stream of clean
laminar air within the workzone of the clean
bench; this dilutes and flushes all airborne
contaminants from the interior.
A nominal filter face velocity of 0.45 m/s or 90
fpm ensures that there is a sufficient number
of air changes within the enclosed area of the
clean bench to maintain cleanliness.
The purified air travels across the internal
work zone of the clean bench in a horizontal,
unidirectional stream and leaves the main
work chamber across the entire open front of
the clean bench.
Esco Horizontal and Vertical Laminar Flow Clean Benches Accessories
Model 3 feet Width 4 feet Width 5 feet Width 6 feet Width 8 feet Width
UV Lamp UV-15A-L 5170251 UV-30A-L 5170255 UV-30A-L *2
Electrical Outlet EO-GFCI 5170071
IV Bar Horizontal Flow IV-890 5170608 IV-1195 5170609 IV-1500 5170610 IV-1805 5170611 IV-2375 5170662
IV Bar Vertical Flow IV-960 5170603 IV-1265 5170604 IV-1570 5170605 IV-1875 5170606 IV-2445 5170607
PVC Arm Rest ME-W-REST 5170127
Height-adjustable Lab Chair (Blue) ME-LD-AR360 1150006
Ergonomic Foot Rest FT-REST 5170073
Support Stand Telescoping
with Castors (28" to 34")
STC-3A0
5130055
STC-4A0
5130056
STC-5A0
5130057
STC-6A0
5130058
STC-8A0
5130059
Support Stand Telescoping
with Leveling Feet (28" to 34")
STL-3A0
5130050
STL-4A0
5130051
STL-5A0
5130052
STL-6A0
5130053
STL-8A0
5130054
Support Stand
with Leveling Feet (28")
SAL-3A0 Gen2
5130170
SAL-4A0 Gen2
5130134
SAL-5A0 Gen2
5130171
SAL-6A0 Gen2
5130172
SAL-8A0 Gen2
5131124
Support Stand
with Leveling Feet (34")
SAL-3B0 Gen2
5130174
SAL-4B0 Gen2
5130175
SAL-5B0 Gen2
5130176
SAL-6B0 Gen2
5130177
SAL-8B0 Gen2
5131125
7. 1. Standard Simple Switches Controller
/ Optional Esco SentinelTM
Gold
Microprocessor Controller
2. (Optional) Front Cover
3. Spill-retaining Stainless Steel Work Top
4. Pre-filter
5. DC ECM Blower
6. IV Bar Retrofit Kit Provision
7. ULPA / H14 Filter
8. Fluorescent Lamp
9. Tempered Glass (LVG Variant)
Stainless Steel (LVS Variant)
10. (Optional) Air Flow Sensor
11. UV Light Retrofit Kit Provision
12. Service Fixture Retrofit Kit Provision (2 on each side)
13. Electrical Outlet
Airflow DiagramAirstream®
Vertical Laminar Flow
Stainless Steel Side Wall Version with
optional SentinelTM
Gold Controller
ULPA / H14 filtered air
Room air / Inflow air
A-Height:27.1"(689mm)forLVGModels
26.7"(678mm)forLVSModels
C-Height:35.6"(905mm)
A-Height:50.0"(1270mm)
C-Height:64.8"(1645mm)
29.1" (739 mm)
30.0" (814 mm)
4
5
6
7
8
9
10
12
13
11
Cabinet Filtration System
Room air is taken in from the top of the
clean bench through a disposable pre-filter
with 85% arrestance; this serves to trap
larger particles and increase the life of the
main filter.
Air is forced evenly across the ULPA/H14
filter(s); the result is a stream of clean
laminar air within the workzone of the clean
bench; this dilutes and flushes all airborne
contaminants from the interior.
A nominal filter face velocity of 0.45 m/s or 90
fpm ensures that there is a sufficient number
of air changes within the enclosed area of the
clean bench to maintain cleanliness.
The purified air travels across the working
zone of the clean bench in a vertical,
unidirectional stream and leaves the main
work chamber across the entire open front
of the clean bench and through Auto-PurgeTM
slots at the back wall of the work zone which
are designed to eliminate air turbulence and
the possibility of dead air corners in the work
zone.
Esco Horizontal and Vertical Laminar Flow Clean Benches Front Cover (For UV Interlock System)
3 feet 4 feet 5 feet 6 feet 8 feet
LHG / LHS
FC-LHG / LHS-3B
5170587
FC-LHG / LHS-4B
5170588
FC-LHG / LHS-5B
5170589
FC-LHG / LHS-6B
5170590
FC-LHG / LHS-3C
5170627
FC-LHG / LHS-4C
5170591
FC-LHG / LHS-6C
5170592
FC-LHG / LHS-8C
5170593
LVG / LVS
FC-LVG / LVS-3A
5170595
FC-LVG / LVS-4A
5170584
FC-LVG / LVS-5A
5170596
FC-LVG / LVS-6A
5170597
FC-LVG / LVS-4C
5170598
FC-LVG / LVS-5C
5170061
FC-LVG / LVS-6C
5170599
FC-LVG / LVS-8C
5170600
1.6"(41mm)
38.0" / 50.0" / 62.0" / 74.0" / 96.5"
(965 mm / 1270 mm / 1575 mm / 1880 mm / 2450 mm)
40.8" / 52.8" / 64.8" / 76.8" / 99.8"
(1035 mm / 1340 mm / 1645 mm / 1950 mm / 2520 mm)
3
2
1
WorkOpening:
18.1"(461mm)
8. 8
Laminar Flow Clean Benches, Horizontal and Vertical
General Specifications, Airstream®
Horizontal Laminar Flow Clean Benches, B-Height (Interior Height: 2 ½ ft / 0.8 m)
Glass Side, Simple Switches
LHG-3BS-F9
2120705
LHG-4BS-F9
2120716
LHG-5BS-F9
2120717
LHG-6BS-F9
2120718
Stainless Steel Side, Simple Switches
LHS-3BS-F9
2120661
LHS-4BS-F9
2120663
LHS-5BS-F9
2120665
LHS-6BS-F9
2120667
Nominal Size 0.9 meter (3') 1.2 meter (4') 1.5 meter (5') 1.8 meter (6')
External
Dimensions
(W x D x H)
Without Base Stand
1035 x 788 x 1270 mm
(40.8" x 31.0" x 50.0")
1340 x 788 x 1270 mm
(52.8" x 31.0" x 50.0")
1645 x 788 x 1270 mm
(64.8" x 31.0" x 50.0")
1950 x 788 x 1270 mm
(76.8" x 31.0" x 50.0")
Internal Work
Area, Dimensions
(W x D x H)*
LHG Models
898 x 631 x 725 mm
(35.4” x 24.8” x 28.5”)
1203 x 631 x 725 mm
(47.4” x 24.8” x 28.5”)
1508 x 631 x 725 mm
(59.4” x 24.8” x 28.5”)
1813 x 631 x 725 mm
(71.4” x 24.8” x 28.5”)
LHS Models
898 x 620 x 725 mm
(35.4” x 24.4” x 28.5”)
1203 x 620 x 725 mm
(47.4” x 24.4” x 28.5”)
1508 x 620 x 725 mm
(59.4” x 24.4” x 28.5”)
1813 x 620 x 725 mm
(71.4” x 24.4” x 28.5”)
Internal Work Area, Space 0.5 m² (5.4 ft²) 0.7 m² (7.5 ft²) 0.9 m² (9.6 ft²) 1.0 m² (10.8 ft²)
Average Airflow Velocity 0.45 m/s (90 fpm) at initial setpoint
Air Volume 1055 m3
/hr (621 cfm) 1413 m3
/hr (832 cfm) 1771 m3
/hr (1042 cfm) 2129 m3
/hr (1253 cfm)
ULPA Filter Typical Efficiency > 99.999% at particle size between 0.1 to 0.3μm
Sound Emission per IEST-RP-CC002.2* 52.8 dBA 55.4 dBA 58.0 dBA 59.6 dBA
Fluorescent Lamp Intensity
at Zero Ambient
1279 Lux
(119 foot candles)
1394 Lux
(130 foot candles)
1204 Lux
(112 foot candles)
1494 Lux
(139 foot candles)
Cabinet
Construction
Main Body 1.2 mm (0.05") 18-gauge electro-galvanized steel with white oven-baked epoxy-polyster powder-coated finish.
Work Zone 1.2 mm (0.05") 18-gauge stainless steel, grade 304, with 4B finish.
LHG Side Walls UV-absorbing tempered glass, 5 mm (0.2"), colorless and transparent
LHS Side Walls
Interior: 1.2 mm (0.05") 18-gauge stainless steel, grade 304, with 4B finish.
Exterior: 1.2 mm (0.05”) 18 gauge electro-galvanized steel with white oven-baked epoxy-polyester powder-coated finish.
Electrical
Power Rating 9:
110-130 VAC,
50 / 60Hz,
1 phase**
Cabinet Full Load
Amps (FLA)
12.3 A 12.4 A 12.4 A
12.5 A and 6.5 A
(2 Power Inlet)
Optional Outlets
(FLA)
6 A
Cabinet Nominal
Power (W)
154 188 273 343
Heat Rejected,
BTU per Hour
525 641 932 1170
Net Weight*** 108 Kg (238 lbs) 156 Kg (344 lbs) 180 Kg (397 lbs) 228 Kg (503 lbs)
Shipping Weight*** 140 Kg (308 lbs) 211 Kg (465 lbs) 237 Kg (522 lbs) 293 Kg (646 lbs)
Shipping Dimensions, Maximum
(W x D x H)***
1120 x 900 x 1590 mm
(44" x 35" x 62")
1400 x 900 x 1590 mm
(55" x 35" x 62")
1720 x 900 x 1590 mm
(68" x 35" x 62")
2200 x 900 x 1590 mm
(87" x 35" x 62")
Shipping Volume, Maximum*** 1.6 m³ (56.6 ft³) 2.0 m³ (70.6 ft³) 2.5 m³ (87 ft³) 3.3 m³ (118.6 ft³)
Specifications are subject to change without notice.
*Noise reading in open field condition / anechoic chamber. Noise reading in normal room varies by room size, layout, and background noise, but may reach roughly 3 dBA above these values.
** Additional voltages may be available; contact Esco for ordering information.
***Clean bench only; excludes optional stand.
9. 9
General Specifications, Airstream®
Horizontal Laminar Flow Clean Benches, C-Height (Interior Height: 3 ft / 0.9 m)
Stainless Steel Side, Simple Switches
LHS-4CS-F9
2120675
LHS-6CS-F9
2120679
LHS-8CS-F9
2120681
Nominal Size 1.2 meter (4') 1.8 meter (6') 2.4 meter (8')
External
Dimensions
(W x D x H)
Without Base Stand
1340 x 788 x 1422 mm
(52.8" x 31.0" x 56.0")
1950 x 788 x 1422 mm
(76.8" x 31.0" x 56.0")
2520 x 788 x 1422 mm
(99.2" x 31.0" x 56.0")
Internal Work Area, Dimensions
(W x D x H)*
1203 x 620 x 877 mm
(47.4” x 24.4” x 34.5”)
1813 x 620 x 877 mm
(71.4” x 24.4” x 34.5”)
2383 x 620 x 877 mm
(93.8” x 24.4” x 34.5”)
Internal Work Area, Space 0.7 m2
(7.5 ft2
) 1.0 m2
(10.8 ft2
) 1.4 m2
(15.0 ft2
)
Average Airflow Velocity 0.45 m/s (90 fpm) at initial set point
Air Volume 1709 m3
/hr (1006 cfm) 2576 m3
/hr (1516 cfm) 3385 m3
/hr (1992 cfm)
ULPA Filter Typical Efficiency > 99.999% at particle size between 0.1 to 0.3μm
Sound Emission per IEST-RP-CC002.2* 56.4 dBA 59.4 dBA 62.3 dBA
Fluorescent Lamp Intensity At Zero
Ambient
1304 Lux
(121 foot candles)
1001 Lux
(93 foot candles)
1136 Lux
(106 foot candles)
Cabinet
Construction
Main Body 1.2 mm (0.05") 18-gauge electro-galvanized steel with white oven-baked epoxy-polyster powder-coated finish.
Work Zone 1.2 mm (0.05") 18-gauge stainless steel, grade 304, with 4B finish.
LHS Side Walls
Interior: 1.2 mm (0.05") 18-gauge stainless steel, grade 304, with 4B finish.
Exterior: 1.2 mm (0.05”) 18 gauge electro-galvanized steel with white oven-baked epoxy-polyester powder-coated finish.
Electrical
Power Rating 9:
110-130 VAC,
50 / 60Hz,
1 phase**
Cabinet Full Load
Amps (FLA)
12.3 A
12.5 A and 6.5 A
(2 Power Inlet)
13 A and 7 A
(2 Power Inlet)
Optional Outlets
(FLA)
6 A
Cabinet Nominal
Power (W)
217 400 432
Heat Rejected,
BTU per Hour
740 1365 1481
Net Weight*** 167 Kg (368 lbs) 236 Kg (520 lbs) 317 Kg (699 lbs)
Shipping Weight*** 222 Kg (489 lbs) 301 Kg (663 lbs) 397 Kg (875 lbs)
Shipping Dimensions, Maximum
(W x D x H)***
1400 x 900 x 1590 mm
(55" x 35" x 62")
2200 x 900 x 1590 mm
(87" x 35" x 62")
2720 x 950 x 1590 mm
(107" x 37" x 62")
Shipping Volume, Maximum*** 2.0 m³ (70.6 ft³) 3.3 m³ (118.6 ft³) 4.1 m³ (144.8 ft³)
Specifications are subject to change without notice.
*Noise reading in open field condition / anechoic chamber. Noise reading in normal room varies by room size, layout, and background noise, but may reach roughly 3 dBA above these values.
**Additional voltages may be available; contact Esco for ordering information.
***Clean bench only; excludes optional stand.
10. 10
Laminar Flow Clean Benches, Horizontal and Vertical
General Specifications, Airstream®
Vertical Laminar Flow Clean Benches, A-Height (Interior Height: 2 ¼ ft / 0.7 m)
Glass Side, Simple Switches
LVS-3AS-F9
2120706
LVS-4AS-F9
2120707
LVS-5AS-F9
2120708
LVS-6AS-F9
2120709
Stainless Steel Side, Simple Switches
LVG-3AS-F9
2120712
LVG-4AS-F9
2120713
LVG-5AS-F9
2120714
LVG-6AS-F9
2120715
Nominal Size 0.9 meter (3') 1.2 meter (4') 1.5 meter (5') 1.8 meter (6')
External
Dimensions
(W x D x H)
Without Base Stand
1035 x 824 x 1270 mm
(40.8" x 32.4" x 50.0")
1340 x 824 x 1270 mm
(52.8" x 32.4" x 50.0")
1645 x 824 x 1270 mm
(64.8" x 32.4" x 50.0")
1950 x 824 x 1270 mm
(76.8" x 32.4" x 50.0")
Internal Work
Area, Dimensions
(W x D x H)*
LVG Models
965 x 739 x 689 mm
(38.0” x 29.1” x 27.1”)
1270 x 739 x 689 mm
(50.0” x 29.1” x 27.1”)
1575 x 739 x 689 mm
(62.0” x 29.1” x 27.1”)
1880 x 739 x 689 mm
(74.0” x 29.1” x 27.1”)
LVS Models
965 x 739 x 678 mm
(38.0” x 29.1” x 26.7”)
1270 x 739 x 678 mm
(50.0” x 29.1” x 26.7”)
1575 x 739 x 678 mm
(62.0” x 29.1” x 26.7”)
1880 x 739 x 678 mm
(74.0” x 29.1” x 26.7”)
Internal Work Area, Space 0.6 m² (6.5 ft²) 0.8 m² (8.6 ft²) 1.0 m² (10.7 ft²) 1.3 m² (14.0 ft²)
Average Airflow Velocity 0.45 m/s (90 fpm) at initial setpoint
Air Volume 1117 m³/hr (657 cfm) 1471 m³/hr (866 cfm) 1824 m³/hr (1074 cfm) 2177 m³/hr (1281 cfm)
ULPA Filter Typical Efficiency > 99.999% at particle size between 0.1 to 0.3μm
Sound Emission per IEST-RP-CC002.2* 51.6 dBA 52.4 dBA 55.6 dBA 57.6 dBA
Fluorescent Lamp Intensity
at Zero Ambient
980 Lux
(94 foot candles)
904 Lux
(84 foot candles)
894 Lux
(83 foot candles)
1062 Lux
(99 foot candles)
Cabinet
Construction
Main Body 1.2 mm (0.05") 18-gauge electro-galvanized steel with white oven-baked epoxy-polyster powder-coated finish.
Work Zone 1.2 mm (0.05") 18-gauge stainless steel, grade 304, with 4B finish.
LVG Side Walls UV-absorbing tempered glass, 5 mm (0.2"), colorless and transparent
LVS Side Walls
Interior: 1.2 mm (0.05") 18-gauge stainless steel, grade 304, with 4B finish.
Exterior: 1.2 mm (0.05”) 18 gauge electro-galvanized steel with white oven-baked epoxy-polyester powder-coated finish.
Electrical
Power Rating 9:
110-130 VAC,
50 / 60Hz,
1 phase**
Cabinet Full Load
Amps (FLA)
13 A 13.5 A 14.3 A 14.5 A
Optional Outlets
(FLA)
6 A
Cabinet Nominal
Power (W)
132 155 204 264
Heat Rejected,
BTU per Hour
450 529 696 908
Net Weight*** 135 Kg (298 lbs) 158 Kg (348 lbs) 199 Kg (438 lbs) 208 Kg (459 lbs)
Shipping Weight*** 167 Kg (368 lbs) 202 Kg (445 lbs) 256 Kg (564 lbs) 273 Kg (602 lbs)
Shipping Dimensions, Maximum
(W x D x H)***
1120 x 900 x 1590 mm
(44" x 35" x 62")
1400 x 900 x 1590 mm
(55" x 35" x 62")
1720 x 900 x 1590 mm
(68" x 35" x 62")
2200 x 900 x 1590 mm
(87" x 35" x 62")
Shipping Volume, Maximum*** 1.6 m³ (56.6 ft³) 2.0 m³ (70.6 ft³) 2.5 m³ (88.2 ft³) 3.3 m³ (116.5 ft³)
*Noise reading in open field condition / anechoic chamber. Noise reading in normal room varies by room size, layout, and background noise, but may reach roughly 3 dBA above these values.
** Additional voltages may be available; contact Esco for ordering information.
***Clean bench only; excludes optional stand.
Specifications are subject to change without notice.
11. 11
General Specifications, Airstream®
Vertical Laminar Flow Clean Benches, C-Height (Interior Height: 3 ft / 0.9 m)
Stainless Side, Simple Switches
LVS-4CS-F9
2120710
LVS-5CS-F9
2120720
LVS-6CS-F9
2120711
LVS-8CS-F9
2120689
Nominal Size 1.2 meter (4') 1.5 meter (5') 1.8 meter (6') 2.4 meters (8')
External
Dimensions
(W x D x H)
Without Base Stand
1340 x 814 x 1645 mm
(52.8" x 32.0" x 64.8")
1645 x 814 x 1645 mm
(64.8" x 32.0" x 64.8")
1950 x 814 x 1645 mm
(76.8" x 32.0" x 64.8")
2520 x 814 x 1645 mm
(99.2" x 32.0" x 64.8")
Internal Work Area, Dimensions
(W x D x H)*
1270 x 739 x 905 mm
(50.0” x 29.1” x 35.6”)
1575 x 739 x 905
(62.0" x 29.1" x 35.6")
1880 x 739 x 905 mm
(74.0” x 29.1” x 35.6”)
2450 x 739 x 905 mm
(96.5” x 29.1” x 35.6”)
Internal Work Area, Space 0.8 m2
(8.6 ft2
) 1.0 m2
(10.7 ft2
) 1.3 m2
(14.0 ft2
) 1.6 m2
(17.2 ft2
)
Average Airflow Velocity 0.45 m/s (90 fpm) at initial setpoint
Air Volume 1432 m³/hr (843 cfm) 1776 m³/hr (1045 cfm) 2120 m³/hr (1248 cfm) 2762 m³/hr (1626 cfm)
ULPA Filter Typical Efficiency > 99.999% at particle size between 0.1 to 0.3μm
Sound Emission per IEST-RP-CC002.2* 52.6 dBA 53.0 dBA 53.2 dBA 59.8 dBA
Fluorescent Lamp Intensity At Zero
Ambient
904 Lux
(84 foot candles)
894 Lux
(83 foot candles)
1062 Lux
(99 foot candles)
1100 Lux
(8102 foot candles)
Cabinet
Construction
Main Body 1.2 mm (0.05") 18-gauge electro-galvanized steel with white oven-baked epoxy-polyster powder-coated finish.
Work Zone 1.2 mm (0.05") 18-gauge stainless steel, grade 304, with 4B finish.
LVS Side Walls
Interior: 1.2 mm (0.05") 18-gauge stainless steel, grade 304, with 4B finish.
Exterior: 1.2 mm (0.05”) 18 gauge electro-galvanized steel with white oven-baked epoxy-polyester powder-coated finish.
Electrical
Power Rating 9:
110-130 VAC,
50 / 60Hz,
1 phase**
Cabinet Full Load
Amps (FLA)
13.5 A 14.3 A
14.5 A and 8.5 A
(2 Power Inlet)
15 A and 9 A
(2 Power Inlet)
Optional Outlets
(FLA)
5 A
Cabinet Nominal
Power (W)
217 304 400 434
Heat Rejected,
BTU per Hour
740 1037 1365 1481
Net Weight*** 194 Kg (428 lbs) 244 Kg (538 lbs) 255 Kg (560 lbs) 352 Kg (776 lbs)
Shipping Weight*** 243 Kg (536 lbs) 308 Kg (679 lbs) 330 Kg (661 lbs) 455 Kg (1003 lbs)
Shipping Dimensions, Maximum
(W x D x H)***
1490 x 900 x1750 mm
(59" x 35" x 69")
1790 x 900 x 1750 mm
(70" x 35" x 69")
2070 x 900 x 1750 mm
(82" x 35" x 69")
2720 x 950 x 1750 mm
(107" x 37" x 69")
Shipping Volume, Maximum*** 2.3 m³ (81 ft³) 2.8 m³ (99.6 ft³) 3.3 m³ (116.5 ft³) 4.5 m³ (158.9 ft³)
*Noise reading in open field condition / anechoic chamber. Noise reading in normal room varies by room size, layout, and background noise, but may reach roughly 3 dBA above these values.
** Additional voltages may be available; contact Esco for ordering information.
***Clean bench only; excludes optional stand.
Specifications are subject to change without notice.
12. Since 1978, Esco has emerged as a leader in the development of controlled environment, laboratory and pharmaceutical equipment solutions. Products
sold in more than 100 countries include biological safety cabinets, fume hoods, ductless fume hoods, laminar flow clean benches, animal containment
workstations, cytotoxic cabinets, hospital pharmacy isolators, and PCR cabinets and instrumentation. With the most extensive product line in the industry,
Esco has passed more tests, in more languages, for more certifications, throughout more countries than any biosafety cabinet manufacturer in the world.
Esco remains dedicated to delivering innovative solutions for the clinical, life science, research and industrial laboratory community.
Life Science • Chemical Research • Assisted Reproductive Technology (ART)
• Pharmaceutical Equipment • General Equipment
9010229_LVG-LHGLaminarFlow_US_v3_US_102715
Escocanacceptnoresponsibilityforpossibleerrorsincatalogues,brochuresandotherprintedmaterials.Escoreserves
therighttoalteritsproductsandspecificationswithoutnotice.Alltrademarksandlogotypesinthismaterialaretheproperty
ofEscoandtherespectivecompanies.
ART Equipment
Biological Safety Cabinets
CO2
Incubators
Cold Storage
Compounding Pharmacy Equipment
Containment / Pharma Products
Ductless Fume Hoods
Lab Animal Research Products
Laboratory Fume Hoods
Laboratory Incubators
Laboratory Ovens
Laminar Flow Cabinets
Laboratory Freeze Dryers
PCR Cabinets
PCR Thermal Cyclers
Powder Weighing Balance Enclosures
ESCO Global Network
LIVE SUPPORT
escoglobal.com
Esco Technologies, Inc. • 903 Sheehy Drive, Suite F, Horsham, PA 19044, USA
Toll-Free USA and Canada 1-877-479-3726 • Tel 215-441-9661 • Fax 484-698-7757
eti.sales@escoglobal.com • www.escolifesciences.us
Esco Micro Pte. Ltd. • 21 Changi South Street 1 • Singapore 486 777
Tel +65 6542 0833 • Fax +65 6542 6920 • mail@escoglobal.com
www.escoglobal.com
Esco Global Offices: Bahrain | Bangladesh | China | India | Indonesia | Italy | Japan | Malaysia
Philippines | Russia | Singapore | South Africa | South Korea | Thailand | United Kingdom | USA | Vietnam
PT Esco Bintan Indonesia
Cert. No: 651333/E
Esco Micro Pte Ltd
Cert. No: 651076
PT Esco Bintan Indonesia
Cert. No: Q2N130383797001