Healthcare

Refurbished medical equipment is defined as a restored medical device rebuilt to a condition that is comparable to the new equipment. Refurbishment includes reconditioning, repair, installation of certain software/hardware updates without changing the intended use of the original device, and replacement of worn parts. Technology in terms of software, hardware and others is changing at a faster pace, which shortens the interval between the purchase of superior systems and worn out of preoccupied devices. Factors driving growth of refurbished medical equipment market are increasing involvement of key manufacturers in refurbishment of their equipment and increasing demand of cost effective systems by small scale private hospitals and clinics. Refurbished Medical Equipment Market Drivers Increasing focus of original equipment manufacturers in refurbishment of medical device is expected to propel growth of the refurbished medical equipment market . For instance, companies such as GE Healthc

The role of batteries in enhancing the general safety, effectiveness, and dependability of numerous medical equipment is becoming more and more important. Due to improvements in surgical technique that allow for greater precision, there is likely to be an increase in the need for battery-powered medical instruments and gadgets. Implantable device batteries and non-implantable batteries are the two types of medical batteries. Especially in implantable medical devices like pacemakers, cardioverter defibrillators, neurostimulators, and cochlear batteries; and non-implantable devices like diagnostic imaging devices, patient monitoring devices, critical care supports, and in vitro diagnostics instruments, the use of medical batteries is significantly rising. This is anticipated to support market expansion. Business Dynamics Over the projected period, rising research and development is anticipated to fuel the expansion of the global market for medical batteries. For instance, engineers from

In a minimally invasive therapy method called embolization, one or more blood arteries or aberrant vascular channels are blocked. Different types of embolization particles, including radioembolization spheres, drug-eluting beads, microspheres, PVA particles (Polyvinyl Alcohol), and other goods including liquid embolic, plugs, and coils, are needed for the embolization operation. The embolization process is used to treat a variety of chronic illnesses, including cancer, uterine fibroid, and other chronic illness issues. Business Dynamics Research & development in embolization PVA particles (polyvinyl alcohol) is being prioritised by academic and research institutions, and this is anticipated to fuel market expansion throughout the forecast period. For instance, the clinical trial study on Middle Meningeal Artery Embolization using polyvinyl alcohol particles (PVA) was started by Washington University School of Medicine, a research university in the United States, in April 2019. It

The usage of remote patient monitoring devices allows for the digital capture of a person's medical data from a single location and the electronic transmission of that data to healthcare professionals in other locations for assessments and recommendations. Blood pressure, blood oxygen levels, heart rates, electrocardiograms, and blood sugar levels are just a few of the medical data that are collected by the monitoring devices from point-of-care testing. The information gathered by the gadgets is subsequently sent to medical personnel working in hospitals, intensive care units, and nursing homes for additional evaluation. Business Dynamics The usage of remote patient monitoring devices allows for the digital capture of a person's medical data from a single location and the electronic transmission of that data to healthcare professionals in other locations for assessments and recommendations. Blood pressure, blood oxygen levels, heart rates, electrocardiograms, and blood sugar le

3D printing technology is used to manufacture medical devices in the healthcare sector such as orthopedic and cranial implants, surgical instruments, dental restorations such as crowns, and external prosthetics. The manufacturing process constitutes of multiple steps depending upon the type of medical devices required. 3 D printed medical devices can be customized depending on patient requirements. The 3D Printed Medical Devices Market report aims to convey an inexpensive understanding of the business which has been analyzed by using primary and secondary research strategies. the main purpose of this 3D Printed Medical Devices Market report is to supply an in-depth view and strategic analysis of the parent industry. Key features of the study: This report provides in-depth analysis of the global 3D printed Medical Devices and provides market size (US$ Million) and compound annual growth rate (CAGR %) for the forecast period (2019–2027), considering 2018, as the base year It elucidates

Coherent Market Insights provides an encyclopedic study of the Organ-on-a-chip Market with holistic insights into important factors and aspects impacting the future growth of the market. The Organ-on-a-chip Market has been analyzed for the forecast period 2022-2028 and the historical period 2016-2021. To help players gain a thorough understanding of the Organ-on-a-chip Market and its critical dynamics, the research study provides detailed qualitative and quantitative analysis. Organ-on-a-chip Market Overview Organ-on-a-chip is gaining prominence on the backdrop of regulatory measures on animal testing and growing complexity in therapeutic applications. Various players are trying to capitalize on lucrative growth opportunities in the organ-on-a-chip devices market. It is a unique cell culture process, wherein biomimetic microsystem is used as a platform. Organ-on-a-chip Market Dynamics Organ-on-a-chip is expected to cater to wide range of applications ranging from disease modelling to

A medical device called an infusion pump is used to administer different fluids to the body under controlled conditions. In hospitals, nursing homes, long-term care facilities, and residential settings, the pump is used to provide intravenous medications. Infusion pumps are used in the treatment and management of diabetes, gastroenterology, haematology, neonatology, analgesia, and chemotherapy. The global infusion pumps market is estimated to account for US$ 5,709.1 Mn in terms of value by 2027. Market drivers for infusion pumps worldwide: When treating diabetes, insulin is given by infusion pumps. Therefore, during the course of the forecast period, rising diabetes prevalence is anticipated to fuel market expansion for infusion pumps worldwide. The American Diabetes Association estimates that there were more than 500 million prevalent instances of type 2 diabetes worldwide in 2018. Important aspects of the study: ▪️ In-depth research of the global infusion pump market is provided in