Applied Technology Review : News

The precise indoor location of assets within a building enables the optimization of internal logistic processes and personnel management, making it a vital tool for enhancing efficiency while decreasing expenses. Most people have certainly encountered this situation before: they are within a large structure, such as a retail mall, event center, or underground parking garage, and their navigation system is having difficulty locating people on the map. This is typically caused by the structure's concrete walls degrading GPS signal. Contextual information might be provided by smartphone apps based on location. People can use this information to obtain driving directions, locate a store, or sign up for notifications about nearby deals. These convenient functions are made possible by GPS, which requires exposure to the outside for optimal accuracy. However, they may have difficulties retrieving this information within massive structures due to a weak GPS signal. Accurate indoor positioning systems (IPS), which utilize public sensors and user consent, can deliver some level of location-based information even when the user is not outside. An (IPS) is a network of devices used to identify persons or items in areas where GPS and other satellite technologies are insufficiently precise or fail. This includes multi-story structures, airports, alleys, parking garages, and underground areas. Current IPS solutions are imprecise, particularly in multi-story buildings. This article provides an overview of the currently available intrusion prevention systems (IPS). Some of the indoor positioning technologies are as follows: Bluetooth Low Energy (BLE) technology can determine a person's or object's general location, enabling continuous asset tracking with at least room-level accuracy using BLE sensors/beacons. Calculating position using the Angle of Arrival (AoA) method enables significantly more exact localizations but comes at a considerable expense for sensor infrastructure support and hardware. Due to their low cost and ease of use, Bluetooth Low Energy and Beacons have emerged as the ideal indoor locating technology. WiFi-based systems use WiFi transmitters as tags to communicate with multiple WiFi access points. Information algorithms use these readings to determine the source's location. Eventually, the location data is delivered to a cloud environment. While systems based on WiFi and 'time difference of arrival (TDOA) technologies provide a reasonable level of precision (within 3 to 5 meters), they can be somewhat costly. Through three-dimensional location, Ultra-Wideband (UWB) systems attain incredibly high accuracy. The tremendously wide UWB signal and the capacity to transmit a vast pulse over a GHz spectrum enable continuous, highly accurate asset tracking. Historically, UWB-based systems have attained the highest levels of precision. Despite the low cost of UWB tags, each location must have at least three readers due to the tags' limited range. This dramatically increases the cost of a UWB solution compared to a BLE solution.   ...Read more

Depicting the market growth and development to understand better the Cleanroom Disposable Market based on the financial and industrial analysis FREMONT CA:  Cleanroom Disposable Market gives an overview of the industry, including key insights, applications, and the industrial chain structure. It also includes information on the global market, such as advancement patterns, concentrated scene research, important locales, and development status. Advanced strategies and plans are scrutinized, as are assembly techniques and cost structures. The disposable cleanroom market is expected to increase by USD 387.36 million between 2022 and 2029, at a CAGR of 5 percent during the forecast period. Cleanroom Disposable Market examines the critical aspects influencing the Cleanroom Disposable market based on current industry conditions, market demands, trends, obstacles, business strategies employed by Cleanroom Disposable market players, and their growth prospects. This research categorizes the Cleanroom Disposable market by major players, type, application, and region. First and foremost, the Cleanroom Disposable market report will provide an in-depth understanding of the company profile, its fundamental goods and specifications, revenue generated, manufacturing cost, and who to contact. The study forecasts and analyses the worldwide and regional Cleanroom Disposable markets. The Cleanroom Disposable research covers the historical, present, and future Cleanroom Disposable industry Size, trends, and forecast data for the predicted Cleanroom Disposable sales revenue, growth, Cleanroom Disposable demand, and supply scenario. Furthermore, the possibilities and dangers to the development of the Cleanroom Disposable market from 2022 to 2029 are discussed in depth in this research document.  The COVID-19 epidemic has impacted various markets, including the Global Cleanroom Disposable Market. The leading companies in the Global Cleanroom Disposable Market, on the other hand, are adamant about adopting new tactics and seeking new financial resources to combat the market's escalating challenges. Moreover, the Cleanroom Disposable report provides information on the company profile, market share, and contact details, as well as a value chain analysis of the Cleanroom Disposable industry, Cleanroom Disposable industry rules and methodologies, factors driving market growth, and factors impeding the market growth. This study also discusses the scope of the Cleanroom Disposable Market and numerous business methods. ...Read more

With the aim to expand the manufacturing capacity for bioprocessing single-use consumables in China, Cytiva is collaborating with China’s Wego Pharmaceutical Co Ltd. Cytiva is expanding manufacturing capacity for bioprocessing single-use consumables in China in collaboration with China's Wego Pharmaceutical Co Ltd. The two companies are expanding an existing facility that they launched together in 2018, claiming that newly added manufacturing lines will triple Asia-Pacific supply capacity for single-use consumables. The planned expansion will include eight new manufacturing lines, two of which are expected to start by the end of 2021, with the remaining six scheduled to launch in Q3 2022. It expands the ISO Class 7 cleanroom's manufacturing area by 1300 square meters and includes a 1200 square meter warehouse to further reduce lead time and increase flexibility for customers. According to Li Hua, general manager of Cytiva China, the increased capacity will help the region improve manufacturing resilience with shorter lead times, while maintaining the delivery of high-quality products to their customers throughout the region. In addition, Cytiva announced the addition of new products, 100L to 1,000L Xcellerex mixer bags, to the manufacturing portfolio of the expanded facility. They will use Fortem technology, which is the company's single-use characterized film. Because it is manufactured locally, it is better to provide business continuity to their customers. These efforts are part of the 1.5 billion dollars investment announced in July by Cytiva and Pall Corporation. Francis Van Parys, vice president, Cytiva Asia Pacific stated that as global demand grows, customers demand greater flexibility and adaptability, resulting in a growing trend of domestic manufacturing, and Cytiva's In-region, for-region strategy meets these needs. He also told BioPharma-Reporter about how the company is addressing the region's diverse needs while also supporting the region's exponential growth in research and development for APAC markets. Collaboration is the key driver of research and development in the biopharma industry, according to the Global Biopharma Resilience Index, which Cytiva conducted in collaboration with Financial Times Company, Longitude. ...Read more