Manufacturing devices for control and regulation of technological processes
Springer Shop Bolero Ozon. This book offers a much-needed discussion on the targeting of biofilm-related infections. Chapters include discussions on the impact of biofilm on medical implants, industrial applications, as well as wound and tissue infections. It also offers discussions on regulatory management for industrial sectors and medical environments. Given that there continues to be a paucity of effective antimicrobial products, devices, and coatings in clinical and industrial use that effectively reduce rates of infection or biofilm-related problems, Targeting Biofilms in Translational Research, Device Development, and Industrial Sectors , offers a fresh and much-needed perspective aimed at helping create healthier controlled environments and safer devices. This comprehensive book is indispensable for industrial and academic translational researchers, device developers, and regulatory experts looking to create more effective antimicrobial products.VIDEO ON THE TOPIC: Medical Device Usability: Highlights of European Regulations and the Latest Standards
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- Manufacturing Process Transfers in the Pharmaceutical Industry: A Best Practice Approach
- Best Practices for Transitioning from Design to Assembly in Medical Device Manufacturing
- Life Sciences
- Webinar Q&A: Qualification of PAT Based Control Strategies for Batch & Continuous Manufacturing
- EcoStruxure™ Hybrid DCS
- U.S. Food and Drug Administration
- Measurement, Control and Regulation Technology
- Cobots: How will this new class of robotic technology fare in the modern workplace?
- Clean room classification for medical device
Manufacturing Process Transfers in the Pharmaceutical Industry: A Best Practice Approach
From pedometers to applications that manage cardiovascular risks and monitor diabetes, there has been a boom in e-health applications in recent years. Between and the estimated number increased from , to ,, and the market is expected to triple by Digitization is being used by pharmaceutical companies and in the field of life sciences to help find a balance between patient centricity and performance.
These innovations make it possible to develop patient-centered medical products and services, and are bringing about a change in prevailing business models. These companies are shifting from the sale of simple products to the sale of complex health care solutions, such as a drug with a smart or connected medical device, supported by patient services. AKKA believes that technological developments will create new opportunities with regard to connected objects, websites providing day-to-day advice and mobile health care applications that will generate data from real-life situations.
Our experts are convinced that the potential for new applications is enormous, particularly when considered alongside the development of artificial organs and remote surgical operations, which are already at a very advanced stage. On-site service in customer facilities is also available from consultant teams comprised of experienced professionals who are capable of analyzing the regulatory compliance on field.
Through our competence centers for the conception and certification of medical devices, AKKA Life Sciences provides experts on demand as well as a fully remote service.
AKKA Life Sciences provides a pure consulting approach with its team of highly skilled experts, along with operational support delivered by experts on demand.
AKKA Life Sciences provides a pure consulting approach through our core consulting team of experts and operational support provided by experts on demand. This builds on our expertise in complex project management, innovation, robotization, automation and digital. In the life cycle of each project, commissioning and qualification processes are the last required steps to ensure reliable and compliant installations and equipment for a safe production and an optimized quality.
We provide comprehensive expertise and support. Manufacturing is a very challenging and changing environment in which AKKA supports its clients in delivering their daily business priorities along with specific revamping projects. Our experts are present on the production side and also on the quality side to make ensure daily activities are conducted in compliance with GMP and FDA requirements.
The development process for each drug, active ingredient, excipient or medical device is a rigorous process. To design and carefully follow the development process during its various phases, it is important to ensure complete compliance with correct production methods, to obtain quality, yield and profitability benefits and meet safety and quality requirements.
It is not enough to have drugs or medical devices capable of revolutionizing the market if we are not able to produce them correctly and profitably. Our expertise covers every aspect of that process. The increasing complexity of systems, the innovation push through automation and robotization processes, the need for electronic documents storage, the opportunities given by a careful and effective management of analytics, are among the most salient features of the digital era.
Regulatory bodies all over the world have always perceived both the potential and the risks of a greater digitalization of the world, and this is why in recent years the Life Sciences Normative has seen increasing attention paid to computer systems validation.
Regulation has always been at the forefront in the Life Sciences sector because the quality and effectiveness of the final product and its traceability plays a fundamental role in the chain of trust that binds the major players in Life Sciences with consumers. Nevertheless, the growing use of computer systems for both data generation and storage has complicated the process of ensuring data reliability.
New international regulations have become necessary to clearly explain the requirements companies are now expected to meet. We can support customers in all facets of their data integrity needs. Life Sciences Your life sciences transformation partner. Our Solutions. At the heart of Life Sciences future. Regulatory affairs and clinics Conception and certification of medical devices Operational excellence Smart manufacturing Commissioning and qualification, validation and maintenance Manufacturing and quality assurance Quality control and analytical methods development and validation Project management Product and process engineering Engineering design and construction supervision Computer systems validation Data integrity Trainings Regulatory affairs and clinics Regulatory affairs and clinics Conception and certification of medical devices Operational excellence Smart manufacturing Commissioning and qualification, validation and maintenance Manufacturing and quality assurance Quality control and analytical methods development and validation Project management Product and process engineering Engineering design and construction supervision Computer systems validation Data integrity Trainings.
AKKA also provides support with continuous improvement by implementing lean processes. We also perform project management activities, from program management to project coordination.
Best Practices for Transitioning from Design to Assembly in Medical Device Manufacturing
From pedometers to applications that manage cardiovascular risks and monitor diabetes, there has been a boom in e-health applications in recent years. Between and the estimated number increased from , to ,, and the market is expected to triple by Digitization is being used by pharmaceutical companies and in the field of life sciences to help find a balance between patient centricity and performance. These innovations make it possible to develop patient-centered medical products and services, and are bringing about a change in prevailing business models.
The only DCS for hybrid industry users that can measurably pay for itself within 3 months of implementation. It is a single automation system to engineer, operate, and maintain your entire infrastructure for a sustainable, productive and market-agile plant. EcoStruxure Hybrid DCS is an automation system which allows you to engineer, operate and maintain your entire plant in a single common database. The system enables users to achieve operational profitability from design engineering to meeting the demands of modern day production. EcoStruxure Hybrid DCS combines the management of fieldbuses, instrumentation, intelligent connected devices, operator stations, engineering stations and alarm management in a scalable, powerful automation platform.
However, ensuring a smooth transition requires planning, cross-functional teams, multiple checkpoints and concurrent engineering methodologies. Concurrent engineering refers to the process of designing products simultaneously, rather than consecutively, using a team-based approach. It reduces product development time, resulting in improved productivity and reduced costs. The bottom line is that you have to do both concurrently. According to Czuba and other experts, additive manufacturing has helped streamline the early stages of product design and development, such as the proof-of-concept process. It enables engineers to create prototypes earlier and more often in a cost-effective manner. Medical device engineers are required to use a documented design transfer process. The requirements are outlined in several documents, including the U. The plans shall identify and describe the interfaces with different groups or activities that provide, or result in, input to the design and development process. The plans shall be reviewed, updated and approved as design and development evolves.
Webinar Q&A: Qualification of PAT Based Control Strategies for Batch & Continuous Manufacturing
Descriptions of manufacturing processes 1. This analysis had to identify the amount, type and quality of energy required so as to identify possible energy savings compatible to the respective cost-benefit analysis. The following process descriptions of the manufacture of sawn timber, plywood and particleboard are of a general nature and should provide the reader with a broad outline of the production processes involved in the mechanical wood-based industry and the role in which energy plays a part. Sawmilling is a less sophisticated activity of the mechanical forest industries. It implies a certain number of operations from handling and transportation of logs to timber drying, sorting and classification which require different types of energy.
ALTA Group supplies machine tools and technological equipment for power engineering, mining, mechanical engineering, metallurgy and construction materials industry. Production and supply of hydraulic control components and hydraulic equipment for mining industry. Production and installation of high pressure water spraying systems, dust suppression systems, automatic wheel wash systems in open spaces.
EcoStruxure™ Hybrid DCS
We have recently upgraded our technology platform. Due to this change if you are seeing this message for the first time please make sure you reset your password using the Forgot your password Link. Innovations Other Manufacturing Technology. Collaborative robots have the potential to greatly benefit manufacturing processes - but just how important could they be in the future?
An overview of the evolutions in manufacturing technologies, information technology evolutions in the manufacturing sector and manufacturing trends against the backdrop of IT and OT convergence and changing smart manufacturing processes and priorities for the period The digital transformation of manufacturing , ongoing convergence of IT and OT and the usage of IoT , in combination with other technologies, are changing the face of the manufacturing technology landscape and the face of manufacturing itself processes, people, work, business models and so forth. In the end, the convergence and hyper-connectedness in manufacturing, with ubiquitous data, turned into actions, is part of the essence of the essence of the broader scope of industrial transformation as we see it in Industry 4. Think about evolutions in additive manufacturing , nanomanufacturing and nanotechnology , next gen industrial robotics, evolutions in energy storage systems, next gen tooling equipment, biomanufacturing, cobots or technologies to make, move and handle materials. Operational technology typically plays a role on the level of control, engineering and automation with a focus on, among others, process control and protocols of communication and equipment interfaces in isolated areas of automation. This monitoring, steering, instructing and control of physical assets ranges from devices such as control valves, conveyors and pumps to industrial control systems and the control network of a power grid.
U.S. Food and Drug Administration
Jobs Contact Imprint. If you not change browser settings, you agree to it. Learn more. The metrology is concerned with devices and methods for measuring physical variables eg, length, mass, force, pressure, flow, temperature or time and is for the most accurate control or regulation of great importance. The control technology is based on the measurement technology. It is characteristic of the control technology that the physical quantities, influenced by actuators, not react on measured metrics.
On- and in-line analysers are used in the framework of PAT Process Analytical Technology for controlling and monitoring unit operations in pharmaceutical operations for both batch and continuous manufacturing. The most basic requirement to utilize this technology in a GMP environment is that the instruments and their interfaces are commissioned and qualified before proceeding to the analytical method validation and productive use. A Process Analytical Technology system cannot be regarded as a stand-alone analytical lab instrument or as a piece of manufacturing equipment. The purpose of this webinar was to provide practical examples highlighting different approaches how to commission, qualify and verify Process Analytical Technology systems designated for sophisticated control strategies in the most efficient and resource-saving way.
Measurement, Control and Regulation Technology
FDA recognizes that adopting innovative approaches to manufacturing may present both technical and regulatory challenges. Pharmaceutical companies may have concerns that using such technologies could result in delays while FDA reviewers familiarize themselves with the new technologies and determine how they may be evaluated within the existing regulatory framework. Through the program, industry representatives can meet with Emerging Technology Team ETT members to discuss, identify, and resolve potential technical and regulatory issues regarding the development and implementation of a novel technology prior to filing a regulatory submission. Participation in the program is appropriate if a the proposed technology has the potential to improve product safety, identity, strength, quality and purity, and b the new technology includes one or more elements subject to quality assessment for which the Agency has limited review or inspection experience.
Cobots: How will this new class of robotic technology fare in the modern workplace?
Handbook of Semiconductor Manufacturing Technology. Yoshio Nishi , Robert Doering. Retaining the comprehensive and in-depth approach that cemented the bestselling first edition's place as a standard reference in the field, the Handbook of Semiconductor Manufacturing Technology, Second Edition features new and updated material that keeps it at the vanguard of today's most dynamic and rapidly growing field.
Вот именно! - крикнул Джабба. - Посмотрите уран. Его сверхкритическую массу. - М-м… сто десять фунтов, - сказала Соши.
Clean room classification for medical device
Ключ к Цифровой крепости, внезапно осенило ее, прячется где-то в глубинах этого компьютера. Когда Сьюзан закрывала последний файл, за стеклом Третьего узла мелькнула тень. Она быстро подняла глаза и увидела возвращающегося Грега Хейла.
Он приближался к двери. - Черт его дери! - почти беззвучно выругалась Сьюзан, оценивая расстояние до своего места и понимая, что не успеет до него добежать.
Ведь если кто и может справиться с возникшей опасностью, да еще без посторонней помощи, так это Тревор Стратмор. Он обладал сверхъестественной способностью одерживать верх над всеми, кто бросал ему вызов. Шесть месяцев назад, когда Фонд электронных границ обнародовал информацию о том, что подводная лодка АНБ прослушивает подводные телефонные кабели, Стратмор организовал утечку информации о том, что эта подводная лодка на самом деле занимается незаконным сбросом токсичных отходов.