The scope of the report is limited to revenue generated from sales of patient monitoring devices, which are used to monitor vital signs of patients during various procedures. The report excludes revenue generated from services provided by doctors, nurses, and other healthcare professionals. Recent advancements and developments in patient monitoring devices have enhanced efficiency of these medical devices. Drivers, restraints, and opportunities are explained in detail to understand the market dynamics. Key strategies adopted by potential market leaders to facilitate effective planning and decision-making are also discussed in the report. The global patient monitoring devices market is segmented on the basis of device type, end user, and region. By device type, it is divided into hemodynamic monitoring, neuro monitoring, cardiac monitoring, fetal & neonatal monitoring, respiratory monitoring, multi-parameter monitoring, remote patient monitoring, weigh monitoring, and temperature monitoring devices. On the basis of end users, it is segmented into hospitals & clinics, home settings, and ambulatory surgical centers. Region wise, the market is analyzed across North America, Europe, Asia-Pacific, and LAMEA.

The report provides market dynamics and trends related to the neurovascular devices market. Furthermore, it includes the study of revenue generated from sales of various types of neurovascular devices such as embolization devices, revascularization devices, thrombectomy devices, embolic protection devices, and accessory devices. In addition, the report is also segmented into disease pathology, which is divided into aneurysm, ateriovenous malformation, ischemic stroke, stenosis and others. This segmentation provides an idea about the use of various neurovascular devices in different types of neurovascular disorders. Furthermore, the report does not contain revenue generated from the sales of associated neurovascular services offered in the market.

The global neurostimulation devices market consists of various leading manufacturers, small-medium enterprises, and emerging start-ups. With the increasing demand for neuromodulation technologies, companies have the opportunity to expand in the market through different strategic approaches. Some of the strategies followed by the leading contributors are regulatory approvals, collaborations, partnerships, mergers, acquisitions, and product launches. In the past four years (January 2016-May 2020), the market witnessed approximately 22 funding activities, five mergers and acquisitions, 12 new offerings (product launches), 19 partnerships, alliances, and business expansions, and 69 regulatory approvals. Among the different key developments, regulatory approvals of the neurostimulation devices from different regulatory bodies, and funding activities are constituting the dominant contributor’s strategies.

An electron microscope is a scientific imaging instrument, which utilizes a beam of accelerated electrons as a source of illumination. As the wavelength of an electron can be much shorter than that of visible light photons, electron microscopes provide higher resolving power than light microscopes and can reveal the structure of smaller objects with high-quality imaging. Increased demand of electron microscope in advancing semiconductor & microelectronics, penetration of electron microscopes in the field of healthcare, and rise in demand due to advancement in electron microscope are the factors that drive the growth of the microscope market. However, high initial investment which is a challenge for its adoption in small and medium scaled industries hampers the market growth. Whereas, increased R&D activities in the automotive sector is expected to create lucrative market opportunity.

Industrial sewing machines are more advanced than household sewing machines and offer high operational time as well as more productivity. These sewing machines are highly efficient for large-scale manufacturing apparels and non-apparels. The report on the global industrial sewing machines market presents a detailed analysis of the trends, future estimations, and thorough study of the market depending on application, bed type, fabric weight, and region. The applications covered in the study include apparels and non-apparels. The report further provides information on bed type, which include flat bed, cylinder bed, and post bed sewing machines. Moreover, it provide details sewing machines depending on fabric weight, including weight, medium weight, heavy weight, and extra-heavy weight sewing machines.

Market contribution of the products anticipated to be launched in the future has been calculated based on the historical analysis of the products. This analysis has been supported by proxy factors, such as innovation scale of the companies, status of funding, collaborations, and customer base. The scope of availability of a product in a particular region has been assessed based on comprehensive analysis of the companies’ future prospects, the regional end user perception, and other factors impacting the launch of a product in that region.

Lawn mowers have supported people in their landscaping duties over the last few generations. The lawn mower is a category of garden equipment that includes watermanagement equipment, trimmers & hedges, and hand tools. The global demand for various garden equipment, machinery, products, and tools, including accessories, was estimated at about $270 billion in 2019 and is expected to hit a value of $575 billion by 2026. Created in 1830 by Edwin Budding of England, the lawn mower was patented for the first time in the US in 1868. After World War II, lawn mowers gained prominence as families migrated to the suburbs and found themselves caring for larger yards. Cecil Pond developed the first ride-on lawn mower in 1956, and today, the latest trend is robotic lawn mowers. The lawn mower has developed over the years from a large, hard-to-maneuver tool into a complex family of equipment with various characteristics and different degrees of speed and cutting accuracy. The technology has changed the design of homes, parks, and fields worldwide. Manicured lawns were no longer confined to the aristocrats' estates-with the easy and inexpensive cutting devices; most middle-class homeowners were able to keep safe and desirable lawns to enhance their properties. In the 1870s, lawn mowers had become so easy to use and priced fairly, that they became more popular in American landscapes.

Lawn mowers have supported people in their landscaping duties over the last few generations. The lawn mower is a category of garden equipment that includes watermanagement equipment, trimmers & hedges, and hand tools. The global demand for various garden equipment, machinery, products, and tools, including accessories, was estimated at about $270 billion in 2019 and is expected to hit a value of $575 billion by 2026. Created in 1830 by Edwin Budding of England, the lawn mower was patented for the first time in the US in 1868. After World War II, lawn mowers gained prominence as families migrated to the suburbs and found themselves caring for larger yards. Cecil Pond developed the first ride-on lawn mower in 1956, and today, the latest trend is robotic lawn mowers. The lawn mower has developed over the years from a large, hard-to-maneuver tool into a complex family of equipment with various characteristics and different degrees of speed and cutting accuracy. The technology has changed the design of homes, parks, and fields worldwide. Manicured lawns were no longer confined to the aristocrats' estates-with the easy and inexpensive cutting devices; most middle-class homeowners were able to keep safe and desirable lawns to enhance their properties. In the 1870s, lawn mowers had become so easy to use and priced fairly, that they became more popular in American landscapes.

The industry overview section of this report examines the different segments, such as technological trends, product map analysis, major ongoing radar programs, supply chain analysis, Porter’s five force analysis, patent analysis, and impact of COVID-19 analysis. This provides an in-depth analysis of the 3D & 4D radars concept, along with its ongoing trends. The key segments discussed in this chapter are as follows This chapter discusses the components of the 3D & 4D military radars. Most of the components are manufactured by original equipment manufacturers (OEM). Radars have various applications, but the core components are the same. The following figure depicts the seven major components used in radars.

Automatic soap dispensers, also known as smart/touchless/no-touch dispensers, are devices that dispense foam or liquid soap. These products enable the controlled consumption of soap used in hospitals, residential buildings, and public restrooms. They work in conjunction with electronic faucets. The touchless products comprise an electrically connected sensing device that helps detect the presence of an external object as and when it comes within the proximity of the same. Over the past few years, the automatic soap dispenser products have witnessed a significant rise in demand. This can be majorly attributed to the growing trend of smart restroom technologies. Most households in developed economies (the US and some regions of Europe) are likely to have larger spending power to adopt advanced services due to their high disposable income. The sale of these products is sensitive to fluctuations in personalconsumption expenditures, income levels, and housing completions. In addition, sales of these products are driven by the modernization of various application segments in developing regions.