Lotus offers comprehensive range of surgical devices. We design, develop and manufacture our products using high ended technology under clean room conditions - and under the supervision of highly skilled personnel and qualified staff.
Lotus Surgicals manufacture medical devices that are a cut above the rest. We offer complete range of Absorbable and Non-absorbable, Braided and Monofilament Sutures catering to every speciality, including cardiovascular and plastic surgery. We also offer other medical device comprising different varieties of surgical mesh, clips and appliers, surgical staplers , surgical kits etc.
Dry ice cleaning for foundry catalog cold jetCold Jet Polska
W Odlewnictwie jednym z problemów są przestoje spowodowane czyszczeniem stałych form aluminiowych, kanałów odpowietrzeń, rdzennic i maszyn odlewniczych. Tradycyjne formy czyszczenia wymagają schłodzenia, demontażu urządzeń, wielu bezproduktywnych godzin czyszczenia i ponownego ich złożenia.
Czyszczenie suchym lodem skraca czas czyszczenia o 60% oraz eliminuje uszkodzenia sprzętu i powstawanie odpadów produkcyjnych. Pozwala czyścić on-line w temperaturze roboczej i nie wymaga demontażu maszyn!
A major issue for the foundry and forging industries is the downtime caused when cleaning permanent aluminum molds, core box vents, semi-solid castings and die casting machines. Typical manual cleaning methods require cool down, disassembly, unproductive hours of messy hand cleaning or bead blast cleaning and then reassembly. In addition, most traditional cleaning methods are not fully effective and often result in damage to the part or equipment.
Dry ice cleaning offers significant improvement in cleaning times (up to 60%) as well as reduction of damage to equipment and resulting scrap product. Dry ice blast cleaning is a non-conductive, in-place method to clean parts and even touch-up cleaning is safe and easy.
PATT Filtration produces polymer filtration systems to remove contaminants from molten plastics. Their ROTARY III Constant Pressure Drop Continuous filtration system uses a revolving disk with screens to filter plastics while maintaining constant pressure. PATT emphasizes product quality, customer satisfaction, and custom engineering solutions. They have become a leader in polymer filtration through ongoing research and adapting their technologies to customers' specific needs.
Enzymax Spray Gel is a new instrument pre-cleaner from Hu-Friedy that keeps instruments moist and prevents debris from drying on before processing. It contains dual protease and amylase enzymes that break down proteins and starches, and has a built-in corrosion inhibitor to protect instruments. The ready-to-use clear gel can be sprayed directly onto instruments after use. It is easy to use and helps eliminate hand scrubbing.
Asma Rubber Products Pvt. Ltd. is a leading manufacturer of surgical and examination gloves located in Cochin, India. It employs over 120 workers to produce 36 million latex examination gloves and 15 million pairs of latex surgical gloves annually using automated glove lines. The company offers gloves in various sizes from 6 to 9 for surgeons and medical professionals. Asma Rubber Products adheres to certifications like ISO 13485:2003 and CE to ensure quality and safety.
Asma Rubber Products Pvt. Ltd. is a leading manufacturer of surgical and examination gloves located in Cochin, India. It employs over 120 workers to produce 36 million latex examination gloves and 15 million pairs of latex surgical gloves annually using automated glove lines. The company offers gloves in various sizes from 6 to 9 for surgeons and medical professionals. Its gloves meet ISO, ASTM, and CE standards and the company has certifications for quality assurance.
What are cleanrooms?
Pharmaceutical companies, semiconductor companies, food packaging or precision machinery production require stringent standards of manufacturing as even a small instance of defect or a small particle of dust can lead to hazardous consequences. For this purpose, these industries, as well as a few other critical industries, manufacture, test or develop their products in a highly controlled environment called the Cleanroom.
The Leading Manufacturer and supplier of disinfection control system and infection control equipment. Owing to our quality proven range we have been able to carve a niche foothold in the industry such as Steam Sterilizers, Flash Sterilizers, Bulk Sterilizers, ETO Sterilizers, Pass Box, Wash Station With 2 Sinks, Linen Fold Table, Free Standing Basket Rack, Motorized Lift Table, Hydraulic Lift Tables, Fully Electric Bi-Position Painless Delivery Table, Motorised Lifting Multi-Position C-Arm Compatible Table, O.T. Lights - IS-24T, O.T. Lights - IS-7Rz, O.T. Lights - IS-5Rz, O.T. Lights - IS-4 Rz...
Lotus Surgicals manufacture medical devices that are a cut above the rest. We offer complete range of Absorbable and Non-absorbable, Braided and Monofilament Sutures catering to every speciality, including cardiovascular and plastic surgery. We also offer other medical device comprising different varieties of surgical mesh, clips and appliers, surgical staplers , surgical kits etc.
Dry ice cleaning for foundry catalog cold jetCold Jet Polska
W Odlewnictwie jednym z problemów są przestoje spowodowane czyszczeniem stałych form aluminiowych, kanałów odpowietrzeń, rdzennic i maszyn odlewniczych. Tradycyjne formy czyszczenia wymagają schłodzenia, demontażu urządzeń, wielu bezproduktywnych godzin czyszczenia i ponownego ich złożenia.
Czyszczenie suchym lodem skraca czas czyszczenia o 60% oraz eliminuje uszkodzenia sprzętu i powstawanie odpadów produkcyjnych. Pozwala czyścić on-line w temperaturze roboczej i nie wymaga demontażu maszyn!
A major issue for the foundry and forging industries is the downtime caused when cleaning permanent aluminum molds, core box vents, semi-solid castings and die casting machines. Typical manual cleaning methods require cool down, disassembly, unproductive hours of messy hand cleaning or bead blast cleaning and then reassembly. In addition, most traditional cleaning methods are not fully effective and often result in damage to the part or equipment.
Dry ice cleaning offers significant improvement in cleaning times (up to 60%) as well as reduction of damage to equipment and resulting scrap product. Dry ice blast cleaning is a non-conductive, in-place method to clean parts and even touch-up cleaning is safe and easy.
PATT Filtration produces polymer filtration systems to remove contaminants from molten plastics. Their ROTARY III Constant Pressure Drop Continuous filtration system uses a revolving disk with screens to filter plastics while maintaining constant pressure. PATT emphasizes product quality, customer satisfaction, and custom engineering solutions. They have become a leader in polymer filtration through ongoing research and adapting their technologies to customers' specific needs.
Enzymax Spray Gel is a new instrument pre-cleaner from Hu-Friedy that keeps instruments moist and prevents debris from drying on before processing. It contains dual protease and amylase enzymes that break down proteins and starches, and has a built-in corrosion inhibitor to protect instruments. The ready-to-use clear gel can be sprayed directly onto instruments after use. It is easy to use and helps eliminate hand scrubbing.
Asma Rubber Products Pvt. Ltd. is a leading manufacturer of surgical and examination gloves located in Cochin, India. It employs over 120 workers to produce 36 million latex examination gloves and 15 million pairs of latex surgical gloves annually using automated glove lines. The company offers gloves in various sizes from 6 to 9 for surgeons and medical professionals. Asma Rubber Products adheres to certifications like ISO 13485:2003 and CE to ensure quality and safety.
Asma Rubber Products Pvt. Ltd. is a leading manufacturer of surgical and examination gloves located in Cochin, India. It employs over 120 workers to produce 36 million latex examination gloves and 15 million pairs of latex surgical gloves annually using automated glove lines. The company offers gloves in various sizes from 6 to 9 for surgeons and medical professionals. Its gloves meet ISO, ASTM, and CE standards and the company has certifications for quality assurance.
What are cleanrooms?
Pharmaceutical companies, semiconductor companies, food packaging or precision machinery production require stringent standards of manufacturing as even a small instance of defect or a small particle of dust can lead to hazardous consequences. For this purpose, these industries, as well as a few other critical industries, manufacture, test or develop their products in a highly controlled environment called the Cleanroom.
The Leading Manufacturer and supplier of disinfection control system and infection control equipment. Owing to our quality proven range we have been able to carve a niche foothold in the industry such as Steam Sterilizers, Flash Sterilizers, Bulk Sterilizers, ETO Sterilizers, Pass Box, Wash Station With 2 Sinks, Linen Fold Table, Free Standing Basket Rack, Motorized Lift Table, Hydraulic Lift Tables, Fully Electric Bi-Position Painless Delivery Table, Motorised Lifting Multi-Position C-Arm Compatible Table, O.T. Lights - IS-24T, O.T. Lights - IS-7Rz, O.T. Lights - IS-5Rz, O.T. Lights - IS-4 Rz...
Peer Hansen, Director of Marketing and Sales at Eye-Grain, Denmark (left) receives the 2016 GRAPAS Innovation Award for the iGrain-Crop Protector technology based on ozonation technology from Roger Gilbert of Milling and Grain with Eloise Hillier-Richardson attending.
Hu-Friedy's SporeCheck is an in-office biological monitoring system that provides the fastest results in 24 hours. It includes self-contained steam biological indicators, a record notebook, vial crusher, and dry block incubator. SporeCheck allows dental practices to validate their steam sterilizers are functioning properly in compliance with regulations. The presentation reviewed the steps of using SporeCheck, which involves processing a biological indicator, incubating it, and checking for a color change to determine sterilization results.
The document provides an overview of the Central Sterile Supply Department (CSSD) in hospitals. It discusses the objectives and functions of CSSD which include providing sterilized medical supplies and equipment, reducing hospital infections, and taking work from nursing staff. It also outlines the various areas and workflow of CSSD, which generally involves receiving, cleaning, assembling, sterilizing, storing, and distributing medical supplies and equipment. Key aspects in designing and planning an effective CSSD are also summarized such as ensuring separation of clean and contaminated areas and maintaining proper airflow.
SAATI is a multinational group with its corporate headquarters based in northern
Italy since 1935. Today SAATI is a leader in the development, manufacturing and
commercialization of advanced technical textiles and chemicals.
SAATI specializes in precise woven fabrics and chemical technologies used in the
fields of Filtration, Screen printing, Structural composites and Ballistic protection.
The development of enhanced performance coatings lies at SAATI’s core.
SAATI Filtration specializes in the production of technical precision fabrics (with
monofilament and multifilament yarn) and components in polyamide, polyester
and polypropylene, with special finishing treatments.
The products are used in a wide range of different filtration fields, such as,
automotive, water, healthcare, appliance, consumer electronics, food & milling,
along with many other industrial applications.
This document provides information about the Central Sterile Supply Department (CSSD) in a hospital. It discusses the mission, activities, and building blocks of the CSSD. It describes the decontamination lifecycle and flow process of the CSSD. It also covers staffing, equipment, sterilization techniques like steam and dry heat sterilization used in the CSSD.
Group 05 presented on the Central Sterile Supply Department (CSSD). The CSSD receives, stores, processes, distributes, and controls sterile and non-sterile supplies for hospitals. It receives soiled items, cleans and disinfects them, sterilizes using autoclaves, and distributes the sterile supplies. The staff uses chemical and biological indicators to ensure sterilization and proper handling. When autoclaving liquids, specific settings and procedures must be followed to prevent explosions. Nurses working in the CSSD are responsible for inventory, budgeting, hygiene, supervision, documentation, and reprocessing medical devices.
The document provides an introduction to Central Sterile Supply Departments (CSSDs) in hospitals. It discusses the history and development of CSSDs, their aims and objectives, advantages, and key components including physical layout, functions, personnel, finances, preventive measures, equipment, and quality management. CSSDs are responsible for receiving, processing, storing, distributing, and controlling sterile and non-sterile medical supplies and equipment used in patient care. The modern CSSD concept was derived during World War II to help ensure a safe and efficient sterilization and distribution system.
The document provides an overview of the Central Sterile Supply Department (CSSD) in a hospital. It discusses the mission, activities, definitions, aims, functions, advantages, planning, equipment, sterilization processes, storage, and role of the manager of the CSSD. The CSSD is responsible for cleaning, sterilizing, storing, and distributing sterile surgical instruments, supplies and linen in a timely, efficient and cost-effective manner to reduce infection rates and ensure quality patient care.
Basic idea of various method of sterilization & cssd vivek chauhan .........Vivek Chauhan
The document summarizes various methods of sterilization used in central sterile supply departments. It discusses physical methods like heat sterilization using dry heat (160-180°C for 2 hours) or moist heat above 100°C using autoclaves. It also covers radiation sterilization using UV or infrared rays and chemical methods using agents like ethylene oxide, hydrogen peroxide, or formaldehyde gas for fumigation. The central sterile supply department is responsible for sterilizing medical equipment and devices using these different sterilization techniques.
The document discusses how Hu-Friedy's Instrument Management System (IMS) can help dental practices improve efficiency, safety and organization. IMS provides cassettes that securely hold instruments throughout the cleaning and sterilization process. This reduces risks of injuries for staff while saving time compared to sorting loose instruments. IMS creates standardized workflows and allows assistants to remain with the dentist, improving patient care.
The document summarizes the functions and processes of a central sterile supply department (CSSD) in a hospital. The CSSD collects soiled medical equipment from departments, sterilizes and packages the equipment, and distributes the sterile supplies to operating rooms and wards. Key functions of the CSSD include maintaining sterilization standards, monitoring controls to prevent infections, and managing inventory. The CSSD aims to reduce hospital-acquired infections by properly sterilizing equipment between each use.
Haldor's flagship solution, the ORLocate™ system, tracks, manages and analyses usage patterns of surgical instruments using radio frequency identification (RFID) technology. This highly modular, reliable, scalable and accurate system blends seamlessly with the workflow in the sterile processing department and during the surgical procedures. It also provides the capabilities to interact with the hospital’s real-time location system as well as hospital information systems and technologies. The ORLocate™ system is FDA 510(k) cleared and CE certified.
The Central Sterile Supply Department (CSSD) is responsible for receiving, processing, sterilizing, storing, and distributing medical equipment and supplies. It aims to provide safe sterile supplies and reduce hospital-acquired infections. CSSD developed from the need for aseptic techniques after the discovery of microorganisms. It has specific areas for receiving, cleaning, sterilizing, storing and distributing supplies following a one-way workflow. CSSD uses various sterilization methods like heat, ETO, radiation and chemicals depending on the item to be sterilized. Regular bacteriological testing of sterilizers is done to ensure sterility.
Central sterile supply department(cssd)anees fatima
The Central Sterile Supply Department (CSSD) is responsible for receiving, processing, sterilizing, storing and distributing sterile supplies and equipment for hospitals. Key functions of the CSSD include cleaning, packaging, sterilizing items using autoclaves or ethylene oxide, storing sterile supplies, and issuing items to different hospital units. CSSDs aim to provide safe sterile supplies efficiently while standardizing equipment and assisting in infection control.
CSSD Equipments Manufacturers in Chennai|Bangalore|Hyderabad|Kolkata|Mumbai|D...SEO Tech Solution
The document discusses CSSD equipment and functions. CSSD stands for Central Sterile Supply Department, which is a unit inside medical facilities responsible for cleaning, sterilizing, and preparing clinical supplies and equipment. The CSSD's main functions include providing sterile supplies to patient areas, maintaining accurate records of cleaning and sterilization processes, and ensuring consistency in the packs and trays they provide. Some challenges include properly reprocessing complex instruments according to manufacturer guidelines and avoiding improper reuse of single-use devices. The advantages of CSSD include bacteriologically safe sterilization and quality control, while key equipment used includes autoclaves, hot air ovens, ethylene oxide sterilizers, and ultrasonic washers.
The document discusses the importance and functions of the Central Sterile Supply Department (CSSD) in hospitals. It outlines the history and objectives of CSSDs, which aim to provide sterilized medical supplies from a central location. The optimal design principles are described, including workflow zones and layout. Key areas like cleaning, sterilization, storage and distribution are explained. Finally, the document provides an inventory of recommended equipment for setting up an ideal CSSD.
Revolutionary Isolator with GMP Robotic Arm: flexibility and cost-effectivene...Fedegari Group
The use of robotics and automation in the industry is not new. For several decades now, many assembly lines have utilized production robots in different functions to increase productivity. Although human operators result in a potentially risky activity in sterile areas, pharma manufacturing remains heavily human. This article discusses how to apply current isolation technologies with robotic systems to reduce the risk of microbial contamination in aseptic processes caused by human intervention.
Data center environmental dust control servicespaul cook
This document discusses Techeyon Computer Services' data center environmental cleaning services. Regular cleaning is important to prevent dust and other contaminants from accumulating and potentially causing errors or downtime. Techeyon offers a variety of cleaning services tailored to individual clients' needs, including cleaning raised floors and voids, server cabinets, communication racks, and other areas. All work is supervised by certified technicians and aims to maintain cleanroom standards. Maintaining a clean environment is crucial to ensuring optimal operation and performance of data center equipment.
Peer Hansen, Director of Marketing and Sales at Eye-Grain, Denmark (left) receives the 2016 GRAPAS Innovation Award for the iGrain-Crop Protector technology based on ozonation technology from Roger Gilbert of Milling and Grain with Eloise Hillier-Richardson attending.
Hu-Friedy's SporeCheck is an in-office biological monitoring system that provides the fastest results in 24 hours. It includes self-contained steam biological indicators, a record notebook, vial crusher, and dry block incubator. SporeCheck allows dental practices to validate their steam sterilizers are functioning properly in compliance with regulations. The presentation reviewed the steps of using SporeCheck, which involves processing a biological indicator, incubating it, and checking for a color change to determine sterilization results.
The document provides an overview of the Central Sterile Supply Department (CSSD) in hospitals. It discusses the objectives and functions of CSSD which include providing sterilized medical supplies and equipment, reducing hospital infections, and taking work from nursing staff. It also outlines the various areas and workflow of CSSD, which generally involves receiving, cleaning, assembling, sterilizing, storing, and distributing medical supplies and equipment. Key aspects in designing and planning an effective CSSD are also summarized such as ensuring separation of clean and contaminated areas and maintaining proper airflow.
SAATI is a multinational group with its corporate headquarters based in northern
Italy since 1935. Today SAATI is a leader in the development, manufacturing and
commercialization of advanced technical textiles and chemicals.
SAATI specializes in precise woven fabrics and chemical technologies used in the
fields of Filtration, Screen printing, Structural composites and Ballistic protection.
The development of enhanced performance coatings lies at SAATI’s core.
SAATI Filtration specializes in the production of technical precision fabrics (with
monofilament and multifilament yarn) and components in polyamide, polyester
and polypropylene, with special finishing treatments.
The products are used in a wide range of different filtration fields, such as,
automotive, water, healthcare, appliance, consumer electronics, food & milling,
along with many other industrial applications.
This document provides information about the Central Sterile Supply Department (CSSD) in a hospital. It discusses the mission, activities, and building blocks of the CSSD. It describes the decontamination lifecycle and flow process of the CSSD. It also covers staffing, equipment, sterilization techniques like steam and dry heat sterilization used in the CSSD.
Group 05 presented on the Central Sterile Supply Department (CSSD). The CSSD receives, stores, processes, distributes, and controls sterile and non-sterile supplies for hospitals. It receives soiled items, cleans and disinfects them, sterilizes using autoclaves, and distributes the sterile supplies. The staff uses chemical and biological indicators to ensure sterilization and proper handling. When autoclaving liquids, specific settings and procedures must be followed to prevent explosions. Nurses working in the CSSD are responsible for inventory, budgeting, hygiene, supervision, documentation, and reprocessing medical devices.
The document provides an introduction to Central Sterile Supply Departments (CSSDs) in hospitals. It discusses the history and development of CSSDs, their aims and objectives, advantages, and key components including physical layout, functions, personnel, finances, preventive measures, equipment, and quality management. CSSDs are responsible for receiving, processing, storing, distributing, and controlling sterile and non-sterile medical supplies and equipment used in patient care. The modern CSSD concept was derived during World War II to help ensure a safe and efficient sterilization and distribution system.
The document provides an overview of the Central Sterile Supply Department (CSSD) in a hospital. It discusses the mission, activities, definitions, aims, functions, advantages, planning, equipment, sterilization processes, storage, and role of the manager of the CSSD. The CSSD is responsible for cleaning, sterilizing, storing, and distributing sterile surgical instruments, supplies and linen in a timely, efficient and cost-effective manner to reduce infection rates and ensure quality patient care.
Basic idea of various method of sterilization & cssd vivek chauhan .........Vivek Chauhan
The document summarizes various methods of sterilization used in central sterile supply departments. It discusses physical methods like heat sterilization using dry heat (160-180°C for 2 hours) or moist heat above 100°C using autoclaves. It also covers radiation sterilization using UV or infrared rays and chemical methods using agents like ethylene oxide, hydrogen peroxide, or formaldehyde gas for fumigation. The central sterile supply department is responsible for sterilizing medical equipment and devices using these different sterilization techniques.
The document discusses how Hu-Friedy's Instrument Management System (IMS) can help dental practices improve efficiency, safety and organization. IMS provides cassettes that securely hold instruments throughout the cleaning and sterilization process. This reduces risks of injuries for staff while saving time compared to sorting loose instruments. IMS creates standardized workflows and allows assistants to remain with the dentist, improving patient care.
The document summarizes the functions and processes of a central sterile supply department (CSSD) in a hospital. The CSSD collects soiled medical equipment from departments, sterilizes and packages the equipment, and distributes the sterile supplies to operating rooms and wards. Key functions of the CSSD include maintaining sterilization standards, monitoring controls to prevent infections, and managing inventory. The CSSD aims to reduce hospital-acquired infections by properly sterilizing equipment between each use.
Haldor's flagship solution, the ORLocate™ system, tracks, manages and analyses usage patterns of surgical instruments using radio frequency identification (RFID) technology. This highly modular, reliable, scalable and accurate system blends seamlessly with the workflow in the sterile processing department and during the surgical procedures. It also provides the capabilities to interact with the hospital’s real-time location system as well as hospital information systems and technologies. The ORLocate™ system is FDA 510(k) cleared and CE certified.
The Central Sterile Supply Department (CSSD) is responsible for receiving, processing, sterilizing, storing, and distributing medical equipment and supplies. It aims to provide safe sterile supplies and reduce hospital-acquired infections. CSSD developed from the need for aseptic techniques after the discovery of microorganisms. It has specific areas for receiving, cleaning, sterilizing, storing and distributing supplies following a one-way workflow. CSSD uses various sterilization methods like heat, ETO, radiation and chemicals depending on the item to be sterilized. Regular bacteriological testing of sterilizers is done to ensure sterility.
Central sterile supply department(cssd)anees fatima
The Central Sterile Supply Department (CSSD) is responsible for receiving, processing, sterilizing, storing and distributing sterile supplies and equipment for hospitals. Key functions of the CSSD include cleaning, packaging, sterilizing items using autoclaves or ethylene oxide, storing sterile supplies, and issuing items to different hospital units. CSSDs aim to provide safe sterile supplies efficiently while standardizing equipment and assisting in infection control.
CSSD Equipments Manufacturers in Chennai|Bangalore|Hyderabad|Kolkata|Mumbai|D...SEO Tech Solution
The document discusses CSSD equipment and functions. CSSD stands for Central Sterile Supply Department, which is a unit inside medical facilities responsible for cleaning, sterilizing, and preparing clinical supplies and equipment. The CSSD's main functions include providing sterile supplies to patient areas, maintaining accurate records of cleaning and sterilization processes, and ensuring consistency in the packs and trays they provide. Some challenges include properly reprocessing complex instruments according to manufacturer guidelines and avoiding improper reuse of single-use devices. The advantages of CSSD include bacteriologically safe sterilization and quality control, while key equipment used includes autoclaves, hot air ovens, ethylene oxide sterilizers, and ultrasonic washers.
The document discusses the importance and functions of the Central Sterile Supply Department (CSSD) in hospitals. It outlines the history and objectives of CSSDs, which aim to provide sterilized medical supplies from a central location. The optimal design principles are described, including workflow zones and layout. Key areas like cleaning, sterilization, storage and distribution are explained. Finally, the document provides an inventory of recommended equipment for setting up an ideal CSSD.
Revolutionary Isolator with GMP Robotic Arm: flexibility and cost-effectivene...Fedegari Group
The use of robotics and automation in the industry is not new. For several decades now, many assembly lines have utilized production robots in different functions to increase productivity. Although human operators result in a potentially risky activity in sterile areas, pharma manufacturing remains heavily human. This article discusses how to apply current isolation technologies with robotic systems to reduce the risk of microbial contamination in aseptic processes caused by human intervention.
Data center environmental dust control servicespaul cook
This document discusses Techeyon Computer Services' data center environmental cleaning services. Regular cleaning is important to prevent dust and other contaminants from accumulating and potentially causing errors or downtime. Techeyon offers a variety of cleaning services tailored to individual clients' needs, including cleaning raised floors and voids, server cabinets, communication racks, and other areas. All work is supervised by certified technicians and aims to maintain cleanroom standards. Maintaining a clean environment is crucial to ensuring optimal operation and performance of data center equipment.
Roop Ultrasonix Ltd is a leading manufacturer of ultrasonic equipment in Asia with over 40 years of experience. It has strategic business units in ultrasonic cleaning, welding, non-destructive testing, and sono-chemistry. The company aims to become the number one manufacturer of ultrasonic industrial equipment worldwide and provides innovative sound solutions.
With Piezomed, users can concentrate on the surgical procedure with a piece o...A-dec Australia
W&H's Piezomed device utilizes innovative ultrasound technology to facilitate precise and minimally invasive bone cutting for dental surgeons. It was developed to complement their existing surgical product range and addresses the need for a piezoelectric device. Significant research was required to develop it given the demanding precision required. The automatic instrument detection system and ability to precisely cut bone make it useful for a variety of dental procedures.
Telstar provides containment isolators and barrier systems for handling potent pharmaceutical drugs. They offer a range of isolator sizes from single chambers to multi-chamber systems that can accommodate various process equipment. Telstar designs, manufactures, and installs these high-quality standalone or integrated isolator systems to meet industry and regulatory standards for containment.
Telstar offers a range of containment isolators for pharmaceutical production, from single chambers to multi-chamber systems accommodating process equipment. They have expertise in meeting challenges of containment for potent drugs. Isolators provide locally controlled negative pressure environments to protect operators from airborne particles and potent APIs during processes like weighing, dispensing, and sampling. Telstar designs, manufactures, and installs high-quality standalone or integrated isolator systems tailored to customer needs.
0601040 identification and assessment of acoustic barriers Supa Buoy
Hi Friends
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Machines voor speciale doeleinden
Verwerking van vaste stoffen
Werktuigbouwkunde
Vullen
Ontladen
Doseren
Wegwerp techniek
Transporteren en vullen
Monstername
Vacuümverlader
Vul station
Losplaats
Insluiting
Poedertransport
Stortgoed
Grote zak vullen
Grote zak lossen
afvoerpoort voor groter zak
grote zak losstation
vultrechter voor grote zakken
grote zak station
grote zak vulstation
grote zak navulling
grote zak aansluitsysteem
grote zak los station chemie
grote zak los station pharma
grote zak los systeem
productieplanning
bulk materiaal transportband
grote zak snijder
batterij techniek
poederdosering
Grote zak opslag
Doseren van bulkmateriaal
logistiek van bulkmateriaal
Poeder behandeling
Transporteren van poeder
Batterij productie planning
Containminatie batterij
Pneumatisch transport
Pneumatisch transport techniek
Pneumatisch transport systemen
Poeder transport
Pneumatisch transport systeem
Poeder behandeling
bulk materiaal transport
Vacuüm transport
Transport en vullen
Poeder transport systeem
Machines voor speciale doeleinden
Grondstoffen behandeling
mechanical engineering
Special purpose machines
Solids Handling
mechanical engineering
Filling
discharging
dispensing
Disposable technoglide
Conveying and filling
Sampling
Vacuum forderer
Filling station
Discharging station
Containment
Powder transport
Bulk solids
big bag filling
big bag discharging
discharge gate for big bag
big bag discharge station
filling funnel for big bags
big bag station
big bag filling station
big bag refill
Big Bags Connection System
Big Bag Discharge Station Chemistry
Big Bag Discharge Station Pharma
Big Bag Discharge System
production planning
bulk material conveyor belt
big bag slider
battery technology
powder dosing
big bag silo
Dosing bulk material
bulk material logistics
powder handling
Transfer powder
Battery production planning
Containment Batterie
pneumatic conveying
pneumatic conveying technology
pneumatic conveying systems
Powder conveying
pneumatic conveying system
Powder handling
Bulk material transport
Vacuum conveying
Conveying and filling
Powder Transport System
Special purpose machines
Solids Handling
mechanical engineering
Telstar offers a range of containment isolators from single chambers to multi-chamber systems to accommodate process equipment. Their isolators are designed to provide a locally controlled negative pressure environment to protect operators and the external environment from potent products. Telstar has expertise in designing, manufacturing, and installing customized isolator systems both with and without integrated process equipment.
Dust collection systems are widely used in mineral processing plants to control dust and lower worker exposure. Local exhaust ventilation systems (LEVs) are commonly used to capture dust at the source through ductwork and transport it to filtering devices. This prevents dust from contaminating the plant atmosphere and workers. LEV systems use negative pressure to capture dust before it escapes processing operations. Key areas that generate dust include transfer points, specific processes like crushing and drying, operations with air displacement, and outdoor stockpiles disturbed by mining activities.
Telstar is an international company that offers complete aseptic production systems for pharmaceuticals using their proprietary technology. They provide barrier systems that protect products from contamination during all process stages. Their systems are designed and manufactured according to relevant quality and regulatory standards and can include isolators, transfer systems, control systems, and sterility testing equipment. Telstar works with clients globally to design customized, high-quality solutions for sterile manufacturing processes.
Telstar is an international company that offers complete aseptic production systems for pharmaceuticals using their proprietary technology. They provide barrier systems that protect products from contamination during all process stages. Their systems are designed and manufactured according to relevant quality and regulatory standards and can include isolators, transfer systems, control systems, and sterility testing equipment. Telstar works with clients globally to design customized, high-quality solutions for sterile manufacturing processes.
Microwave Based Biomedical Waste Disinfection System provides a low-cost solution to treat infected medical waste using microwave technology. [1] Around 420 tons of medical waste is generated daily in India, with 50% going untreated and ending up in landfills. [2] The system offers several advantages over alternatives like autoclaves - it is lower cost, has no air or water pollution, and produces waste suitable for recycling. The entry-level model costs $10,000 compared to $60,000 for imported systems. With 45,000 hospitals in India currently lacking waste treatment, the potential market is estimated at $100 million.
Microwave Based Biomedical Waste Disinfection System provides a low-cost solution to treat infected medical waste using microwave technology. It offers several advantages over existing alternatives like autoclaves including being more productive, causing no pollution, and having a lower initial investment and operating costs. The system can sterilize waste at one-tenth the cost of imported systems. With over 45,000 hospitals in India currently lacking waste treatment facilities, the potential market is estimated at $100 million. The founders plan to directly market and sell systems while partnering with waste management contractors and hospitals.
Microwave Based Biomedical Waste Disinfection System provides a low-cost solution to treat infected medical waste using microwave technology. [1] Around 420 tons of medical waste is generated daily in India, with 50% going untreated and ending up in landfills. [2] The company's system addresses this problem by disinfecting waste for $10,000, compared to $60,000 for imported systems, reducing costs by 10 times. With 45,000 hospitals in India lacking waste treatment and the market growing at 16-20% annually, there is potential for 9,000 systems worth $100 million.
A textile is a flexible material consisting of a network of natural or artificial fibers (yarn or thread). Yarn is produced by spinning raw fibers of wool, flax, cotton, hemp, or other materials to produce long strands. Textiles are formed by weaving, knitting, crocheting, knotting , tatting, felting, or braiding.
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Brochure new
1. Print : Pragati, Hyd.
Design : v a r t u l . c o m
A CUT ABOVE
Lotus Surgicals Pvt. Ltd.
4 Gitanjali, 1st Floor, Plot No. 116-A
Road No. 24-A, Sion (West)
Mumbai 400 022, India.
Tel: 91-22-24049302 Telefax: 91-22-24049301
E-mail: info@lotus-surgicals.com
www.lotus-surgicals.com
2. S
Surgery (from Greek meaning ‘hand work’) is a critical aspect
of medical treatment. The importance of medical devices in a procedure
cannot be underestimated. That's where we come in: we produce medical
devices that are a cut above - by any reckoning. In the following pages,
enter the world of medical devices at Lotus.
A MEDICAL DEVICE FACILITY THAT‘S CLASS 10,000 APART
3. 2
3
Lotus - a foreword
As an engineering / management professional with over 25 years’ experience in the Medical
Device Industry, including the development of 7 facilities with Surgical Sutures as their primary product lines ,
it gives me great pleasure to introduce Lotus Surgicals Pvt. Ltd.
assembly, packaging and sterilization of their products, as well as controlled warehouse and finished
goods areas.
While competitors either ship their products to contract facilities for sterilization or have large EtO
Lotus’ ultra modern 60,000 square feet (5,574 square metres) facility in Dehradun, India is at
Sterilization Chambers for processing their products, Lotus has chosen to utilize
par with the best of the Medical Device manufacturing facilities in the world. From the beginning, Lotus
a unique state-of-the-art 100% EtO Sterilizer from Anderson Sterilizer. This
has been committed to creating a world-class manufacturing facility capable of delivering superior quality
Sterilizer has the ability to process and monitor smaller individual lots and
Sterile Medical Devices to domestic and international markets. In pursuit of this objective Lotus has spared
ensure better EtO distribution. It is also equipped with an Abator that neutralizes
no effort to select from the world market the highest quality manufacturing and testing equipment
the discharged EtO into carbon dioxide and water prior to release, thus
available. Unlike other competitors who typically utilize large Class 100,000 work areas, Lotus has chosen to
eliminating damage to the environment and EtO exposure risk to the operators.
create individual Class 10,000 Clean Rooms for the storage (critical components), preparation (sutures) ,
The facility is also equipped with a Quality Assurance Laboratory and a separate
isolated Microbiological Laboratory. To ensure
that the manufacturing operations are
Scott Henderson,
Project Consultant and Director,
Lotus Surgicals Pvt Ltd
uninterrupted by power outages, the facility has been equipped with a
725 KVA generator equipped with an MTU engine (Mercedes Benz).
Lotus’ commitment did not stop with the facility and equipment .
It has chosen to select only the highest quality raw material components
(suture, needles, mesh, etc) from the world market for use in the manufacture
of the products. In addition they have developed user-friendly packaging
in consultation with DuPont, clearly identified to minimize the opportunity
for error while maintaining sterility and product stability.
In conclusion, I have no hesitation in saying that Lotus, through
dedicated ownership and joint commitment to quality, has raised the bar for
the medical device industry in India and will occupy a prominent place in the
world market in the years to come.
(Scott Henderson)
The best of manufacturing facility,
raw material components and manpower
come under one roof at Lotus.
4. 4
5
The people at the helm
Any organization is only as good as the people who spearhead it.
Lotus is lead by dynamic people with years of experience behind them.
Mehernosh Daruwalla
Mehernosh Daruwalla is the Managing Director of Lotus Surgicals Pvt .
Ltd. Starting his career with Pfizer in 1979, he has been associated with the
medical profession for the past 28 years. He enjoys a high degree
of credibility and acceptance in the medical fraternity. His vast experience ,
understanding of customer needs, and delivering solutions provides Lotus
with the competitive edge.
Sagar Shah
Sagar Shah is the driving force behind Lotus. It was his vision to
Mehernosh Daruwalla
Managing Director
create a world-class medical device manufacturing facility that would be at
par with the best in the world. He is also the Managing Director of one of
India’s leading public limited FMCG companies, Amar Remedies. He brings
to Lotus his visionary outlook, missionary zeal and entrepreneurial skills.
Scott Henderson
Scott Henderson is a performance-oriented global professional
providing innovative and strategic leadership in Fortune 500 caliber and
high growth entrepreneurial environment. He has guided the project from
its inception to its logical conclusion. He continues to be an integral part of
the decision making process at Lotus and is on the Board of Directors.
The guiding principles at Lotus are honesty, integrity
and hard work. The core team ensures that these values
are preserved and practised down the line.
Sagar Shah
Director
5. 6
7
Clean Rooms - creating the right environment
A clean room facility is one which has a defined environmental control of particulate and microbial
contamination and is constructed, maintained and used in such a way as to minimize the introduction ,
generation, and retention of contaminants.
Lotus Surgicals has an ultra-modern Clean Room facility for manufacturing various medical
devices . The infrastructure complies with the specifications, testing and validation norms of International
Regulatory Agencies, such as ISO, WHO, USFDA and EU.
Some of the impressive operational and constructional features of the Lotus Clean Room
facility are:
The entire manufacturing area is designed to meet Class 10,000 cleanliness standard of US FED
209E (i.e. not more than 10,000 particles of size 0.5 microns per cubic feet of air) equivalent to ISO
Class 7. This provides an environment which protects from external contamination.
Ø The air handling systems are designed to ISO requirements (ISO 14644), thus providing air of high
quality with respect to particulates. The processing areas receive clean and filtered air with a minimum
of 60 air changes per hour in the core process areas.
Ø All process areas have terminal High Efficiency Particulate (HEPA) Filters with an efficiency of 99.97%
down to 0.3 micron.
Ø The air flow is unidirectional and in a laminar fashion across all workstations, lowering
contamination risk.
Ø A differential pressure of 12 to 15 Pascals is maintained effectively between adjacent rooms to prevent
ingress of particulates (viable and non-viable).
Temperature and relative humidity control is provided
through an energy efficient air conditioning system and
dehumidifiers, ensuring stability of environmental
condition during manufacturing, which is extremely
important for synthetic absorbable sutures.
Scott Henderson with Capt. K S Readymoney, GM, Production
Clean room construction from non-particle
shedding modular panels ensures air tight rooms,
better insulation and ease of maintenance.
6. 8
9
Ø The clean rooms have been constructed with non-particle shedding modular panels made of
powder coated GI sheets with polyurethane foam at its core, ensuring airtight clean rooms, better
insulation and ease of maintenance. Epoxy flooring and covings at all corners provide smooth
surfaces and prevent generation and accumulation of dust. It also prevents settling and
harboring of micro-organisms incorners and crevices.
Ø The clean room clothing is pre-sterilized (by autoclaving). It is provided to all personnel entering
the clean room facility, thus minimizing contamination in the clean room areas.
Ø Raw material movement into the clean room facility is through well-designed air locks and
dynamic pass boxes, thus minimizing the entry of contaminants into the clean room facility.
Ø All doors and windows are flushed with walls on both sides. The door and window frames are
equipped with non-particle shedding gaskets to make them airtight.
Ø Door Interlocking System is provided in all critical areas to avoid cross contamination and to
prevent unauthorized man-material entry.
All the above features contribute significantly in reducing the bio-burden and particulates on the
product prior to sterilization. This helps us produce a risk-free, sterile product that can be used with
confidence by the surgeons.
The 15,000 square feet manufacturing
area has a total of 20 Class 10,000
clean rooms of varying sizes.
7. 10
11
Manufacturing to world-class standards
To achieve world-class standards in manufacturing, Lotus has imported from the US the
suture preparation, needle attaching, sealing and automatic winding machines.
The cutting of the mesh into different shapes and sizes is done on a laser cutting machine .
The mesh is double packed in DuPont Tyvek paper using a custom-built automatic packaging machine.
The manufacturing processes are handled by well-trained, skilled and dedicated personnel .
The manufacturing personnel at Lotus have been imparted hands-on training by specialists from Japan
and our Project Consultant, Scott Henderson of USA.
Left:Micro-needle attaching machine for cardiovascular sutures Top:Automatic mesh packaging machine Bottom left: Swaging room
Bottom centre: Automatic suture winding machine Bottom right: CNC laser cutting machine
Ultra modern facility, combined
with well trained personnel, ensures
consistent quality in manufacturing.
8. 12
13
Packaging - the heart of the matter
The criticality of packaging cannot be overstated - especially when it comes to synthetic
absorbable sutures which are moisture sensitive and tend to lose their tensile strength and
absorption properties if not packed with a proper moisture and oxygen resistant barrier which is
hermetically sealed.
Lotus met this challenge in consultation with DuPont, USA - world-renowned experts in
packaging and industrial polymers. After in-depth study and several trials, Lotus custom-developed
for the first time in India, a unique, hermetically sealed aluminium peel-off pouch for packaging the
entire range of synthetic absorbable sutures.
Our efforts did not stop there: because for the first time, in the history of synthetic absorbable
sutures, a vacuumed, nitrogen-flushed, secondary aluminium pouch was introduced to provide dual
moisture barrier - thus helping maintain the tensile strength of the suture material for the entire
duration of its shelf life.
In the pursuit of excellence in packaging, Lotus has developed a fully automatic in-line
packaging machine where forming, sealing, trimming, printing and cutting are all done in a continuous
motion, thus eliminating human error and handling.
As a result, Lotus has not only increased productivity but also ensured minimum
human contact.
Custom-built in-line automatic packaging machine
Lotus, in consultation with DuPont, USA developed a unique,
hermetically sealed aluminium peel-off pouch for
packaging the entire range of synthetic absorbable sutures.
9. 14
15
Meeting the challenge of sterilization
One of the more difficult aspects of suture manufacturing has been the sterilization of
Andersen uses a unique method for creating humidity. It employs a humidity chip that
synthetic absorbable sutures. Due to their hygroscopic nature and the tendency to bond effectively with
delivers precise humidity levels directly onto the load to be sterilized, compared to the older method
EtO in the presence of moisture, they tend to degenerate and lose strength on storage, leading to
of spraying distilled water into a chamber full of gas.
serious implications for the patient and the surgeon.
The solution, therefore, was a sterilizer that delivered precise moisture levels for effective
sterilization. And utilized minimum quantity of EtO gas that was easy to recover at the end of the cycle.
Andersen Sterilizers use less than 1/6th of the gas compared to other conventional sterilizers .
As a result, less gas binds to the suture and is easy to recover at the end of the cycle. This also ensures
that lesser amounts of
gas are discharged into the environment. As opposed to this, conventional
Lotus found the answer in a 100% EtO gas sterilizer from Andersen Products, USA. Andersen
sterilizers using high amounts of gas make the complete recovery of EtO difficult, leading to the
is a name to reckon with in the business of sterilization for the past 35 years and has more than
presence of residual EtO on the product that could lead to post-operative complications .
7,000 installations world-wide to its credit.
The Andersen system, which runs the sterilization process with pre-measured parameters, further
simplifies the validation process with respect to humidity, gas levels ,
standard load, gas penetration, etc. - which is mandatory for international
quality systems in sterilization.
As a responsible corporate citizen, Lotus is also committed
to environment protection. To this end it has invested in an Abator provided
by Andersen Products that neutralizes the discharged EtO into
carbon-dioxide and water.
The Andersen Sterilizer delivers precise moisture
levels through a humidity chip and utilizes less than
1/6th of the EtO used by conventional sterilizers.
10. 16
17
Quality systems
The Lotus facility is an integrated manufacturing facility, producing finished products as well
as primary finished packaging itself.
The Quality Management System (QMS) is developed to provide assurance that all systems
are designed and implemented as per the standard norms.
The QMS is based on the following strong pillars:
Ÿ
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Ÿ
Ÿ
Ÿ
Ÿ
Ÿ
Ÿ
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Ÿ
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Tensile strength testing machine
Quality Policy
Quality Risk Management
Robust Technology
Quality By Design
Facility Designing as per international standards
Standard Operating Procedures
Compliance to Standard Operating Procedures
Internal Audit System
Role & Responsibility of Quality Assurance function
Independent QA
Well-equipped QC Laboratory
Well-equipped Microbiology Laboratory
Vendor Qualification & Approval
Change Control Procedures
Qualification & Validation
Coulometric Karl Fischer titrator for moisture analysis
The Quality Management System is reviewed periodically to keep it updated with any changes
in practices. This will be driven by Quality Assurance and reviewed by the Management periodically .
Such an effective Quality Management System is the current thinking of the industry.
At Lotus quality is never by accident - it’s by design,
using the Quality Management System (QMS).
Every quality aspect is reviewed periodically.
11. 18
19
The Lotus range of products
Surgical Sutures
Complete range of Absorbable and Non-absorbable,
Braided and Monofilament Sutures catering to every speciality,
including cardiovascular and plastic surgery.
Absorbable Sutures (Braided)
SolusTM
– Polyglycolic Acid
Solus 910TM – Polyglycolic-co-L-lactide (Glacomer 91)
Solus SwiftTM – Short-term Polyglycolic Acid
Absorbable Sutures (Monofilament)
MonolusTM – Glycolide and caprolactone (PGCL)
MassTM
– Polydioxanone (PDO)
Non-Absorbable Sutures (Braided)
EsterlusTM – Polyester
SilkusTM – Silk
Non-Absorbable Sutures (Monofilament)
ProlusTM – Polypropylene
NylusTM – Polyamide
SteelusTM – Stainless Steel
At Lotus only the finest quality needles
are selected and customized for each
surgical speciality and procedure.
12. 20
21
The Lotus range of products
Other medical devices
ProlusTM Mesh
– Polypropylene mesh for Hernia Repair
ProlusTM Ultra Lite – Light weight Polypropylene mesh for Hernia Repair
HaemosecTM
– Haemostatic Clips & Appliers
Freedom VMTM – Trans-obturator sling and needle system
ProsecTM
– Skin Staplers
Skin stapler
Trans-opturator needle system
Stress urinary incontinence prosthesis
Laparoscopic applier
Haemostatic clips
Mesh in various shapes and sizes are
available, laser cut and double wrapped
with DuPont Tyvek Paper.
13. 22
23
Lotus Advisory Board
Dr. Devendra Saxena, after a successful stint of ten years in the US, came to India
and helped establish cardiac surgery centres at Bombay Hospital and St George’s
Hospital, Mumbai, SMS Medical College Hospital, Jaipur, Super Speciality Hospital,
Nagpur and SSRN Hospital, Mauritius. He is currently head of cardiac surgery at
Bombay Hospital, a position he has held for the last two decades. He was appointed
Surgeon Commodore in the Armed Forces Medical Services by the erstwhile
President of India, APJ Abdul Kalam. He was also conferred “COMMANDER OF
THE ORDER OF THE STAR AND KEY OF THE INDIAN OCEAN” by the President of
Mauritius, H.E. Sir Anerood Jugnauth.
Dr.Sumant Baukhandi
Dr. Sumant Baukhandi, is an M.Sc. & Ph.D. in Microbiology. He is the Founder ,
Director of the Pharma Institute of GMPs and pharma ACCESS, Dehradun. Besides
his regulatory expertise, he possesses extensive experience in areas of
Microbiology, Sterility Assurance, Injectibles, Validations, QA, QC, GMPs in the
pharmaceuticals, biopharmaceuticals, surgicals, medical devices and biologics .
He has a very successful track record of regulatory approvals from the US-FDA ,
MHRA-UK and other agencies. He is an international trainer and consultant and
has been awarded with special international recognition and awards.
Dr. Anant Nande is an alumnus of Grant Medical College, Mumbai. He is a
specialist in Hepatobiliarypancreatic Surgery, Laparoscopic Surgery and Therapeutic
Endoscopy. Dr Nande is currently Consultant Surgeon and Associate Professor of
Surgery in Bombay Hospital Institute of Medical Sciences and Post-Graduate Studies,
Mumbai. He is a consultant surgeon at Shrikhande Clinic, Mumbai and Shushrusha
Hospital, Dadar and a visiting consultant with Kamat Nursing Home, Madgaon, Goa
and Hedgewar Rugnalaya, Aurangabad.
Dr. Manoj Bharucha
Lotus has a reputed panel of advisors
who advise on various aspects
of microbiology and surgery.
Dr. Devendra Saxena
Dr. Anant Nande
Dr. Manoj Bharucha is an alumnus of Seth G S Medical College and KEM
Hospital, Mumbai. He is a specialist gastrointestinal surgeon whose repertoire extends
across conventional, laparoscopic, endoscopic and cancer surgery of the
gastrointestinal tract.. He holds a GI Fellowship in advanced laparoscopic surgery
and gastrointestinal stapling from Mount Sinai Hospital, New York. Dr. Manoj
Bharucha is currently Consultant Gastrointestinal Surgeon at Lilavati Hospital
and Medical Research Centre, and Criticare Hospital, Mumbai. He is also
a visiting consultant at Breach Candy Hospital, Mumbai and Cumballa Hill
Hospital, Mumbai.
14. V
Vision: To have a global presence in the medical devices industry
through g h i n n oresearch n , development. a n d
t h r o u innovation, v a t i o and r e s e a r c h
development.
Mission: To manufacture high-quality medical devices consistently with an
abiding concern for human life and deep regard for human values.
Because life is precious