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Medical X-Ray Film Processor Industry Growth, Development and Forecast Report, 2030

The medical X-ray film processor market, valued at USD 1,024.7 million in 2024, is expected to grow to USD 1,238.5 million by 2030, with a compound annual growth rate of 3.2%.

This growth is driven by the increasing prevalence of cancer, dental issues, cardiac conditions, and orthopedic ailments such as arthritis, alongside the rising number of X-ray imaging procedures, growing healthcare expenditures, and heightened awareness of early diagnosis.

In 2021, around 1.2 million heart surgeries were performed globally. Similarly, approximately 850,000 knee replacements are conducted annually in the U.S., reflecting the growing need for X-ray systems for accurate diagnosis due to the increasing incidence of cardiovascular and orthopedic diseases worldwide.

X-ray imaging has significantly improved the early diagnosis and treatment of various conditions, including tumors, bone injuries, pneumonia, and dental problems. This has led to widespread adoption of X-ray imaging systems and, consequently, X-ray films and film processors. As the incidence of these and other ailments rises, the demand for X-ray imaging for diagnosis continues to grow.

In 2023, the fully automatic film processor segment held the largest market share, at 60%, due to its high image quality. The orthopedic segment dominated the market based on application, attributed to the extensive use of X-rays in diagnosing and examining joint or bone conditions such as dislocation, arthritis, and fractures.

The diagnostic centers segment is projected to experience the fastest CAGR in the coming years, driven by the increasing number of diagnostic centers, their accessibility, and their cost-effectiveness compared to full-fledged hospitals.

North America was the largest contributor to the market, with the increasing prevalence of chronic diseases and the growing elderly population boosting the demand for X-ray imaging procedures. The presence of key players, availability of advanced products, and growing awareness of early disease diagnosis are also supporting regional market growth.

The Asia-Pacific region is expected to grow at the fastest rate in the coming years due to rising R&D activities, government initiatives promoting effective and early diagnosis and treatment, improved healthcare infrastructure, increasing demand for advanced medical imaging devices, and a large patient pool.

The rising prevalence of cancer will continue to drive the growth of the medical X-ray film processor market in the future.

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Increasing Chronic Pain and Smoking Rates Propel Transdermal Drug Delivery Market Growth

The total value of the transdermal drug delivery systems market was USD 4.2 billion in 2023. It is expected to grow at a CAGR of 4.7%, reaching USD 5.8 billion by 2030. This market is primarily driven by the increasing prevalence of chronic illnesses, as traditional drug delivery systems are less effective due to hepatic first-pass metabolism. This process results in oral drugs being mostly broken down in the liver before they can reach their target tissues, reducing their efficacy.

Globally, more than one billion people smoke cigarettes, and despite international and national efforts to monitor, educate, and restrict supply, smoking rates remain high. This drives the demand for transdermal nicotine patches, which have been shown to be 50–60% more effective than placebos in helping individuals quit smoking over a year.

The iontophoresis technology segment leads the market, as it enhances skin penetration and accelerates the release rate of drugs with poor absorption or infusion. The pain management segment is also a major market driver, due to the increasing prevalence of chronic pain from conditions such as amputations, arthritis, and nervous system disorders. An estimated 20% of the global adult population suffers from chronic pain, which significantly impacts productivity and causes emotional and psychological distress. Consequently, transdermal analgesia is gaining popularity.

North America dominates the transdermal drug delivery systems market, driven by patent expirations that allow more companies to enter the market with generic alternatives. Additionally, the relaunch of previously failed drugs for subcutaneous delivery and substantial R&D investments contribute to the region’s significant market share. In Europe, the market is supported by favorable insurance policies and awareness campaigns by government institutions. The region’s advanced healthcare infrastructure and strong public health focus, along with numerous medical device and R&D institutes, facilitate the rapid adoption of innovative healthcare technologies.

The global demand for transdermal drug delivery systems is rising due to the increasing incidence of chronic illnesses, a trend that is expected to continue in the coming years.

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What are the Applications of Machine Vision?

In the industrial revolution, there was a complete turnaround in the number of industries, and in the manner in which, the industry worked as well. In this world of tech-revolution, the industry processes have improved, if not changed, because of smart technologies like AI and ML. The topic that we will cover in this blog is something, that is seen today in every factory. It is the machine vision technology.

If we talk about machine vision, it is the automatic visual examination of manufactured things with the use of lenses, industrial cameras, and lighting. It is an instantaneous technique of accurate inspection of components. It can analyze each and every item present a high-speed line, warranting a better control of the quality, when a product is being manufactured.

It has the potential to automate more than a few industrial inspections, such as visual inspections for shortcomings and glitches, presence-absence checks, product verifications, actions, and code readings.

Browse detailed report analysis on Machine Vision Industry Trends and Forecast Report, 2030

These are the Applications of Machine Vision

Measurement

Measurement apps are put to use for determining the exact dimensions of items and this is done by locating precise points on a snap and getting geometric measures from it.

Detection of the Object

With regards to machines, component developments are offering improved raw materials, for example a more widespread variety of cameras, which are used for the creation of specific picture capturing solutions, intricate robotics, new lenses, and more.

Detection of Flaws

With the help of the flaw detection software, it is possible to catch hold of the dents, surface flaws, and scratches on the surface of a product This software can separate the faulty products from all the products, that are present on the production belt. AI -based machine vision comes really good for the detection of faulty products from all the other ‘good’ products.

Identification OF Print Defect

With the help of print defect identification, it is possible to figure out all of the printing incongruities for instance incorrect color shade or the cases of defective printing.

Identification

It involves recognizing a product for tracing it throughout the manufacturing process to guarantee that the right item is produced. Barcodes can come in really handy for identification of objects.

Locating of Products

It is used for finding things in applications like robotic guidance. It is used to determine the location of an object. Its data can pick up the product or do any task needing this position.

Machine vision can really come good for any industrial facility which has to do the same procedure over and over. It is extensively used in plastics, automotive, medical devices, food and packaging and electronics industry.

Industrial automation has increased in industries, with the advent of new technologies, such as AI and ML. Where there is automation, there will be a need for machine vision, to monitor if all the products, that are manufactured are of the superior quality and also free from any sort of defect.

The value for machine vision industry will reach USD 19.5 billion, by the end of this decade.