The Picture Perfect Story of Industrial Radiography

Industrial radiography is a method of physical testing that involves no destruction. This method of radiography uses ionizing radiation emitted from a radioactive source, under controlled conditions to detect or find out the internal structure of an object without posing any harm to its external morphology. Thus, it can be used to get a clear idea about the constituents or components of the object or the product that is being studied. As we know both the physical and the economic sectors pay immense attention to perfect analysis coupled with detailed studies to reach the ultimate developmental goals. It is quite evident that several commercial, as well as industrial products, need to be tested from time to time both internally and externally so that their performance could be ensured along with getting an assertion of their quality. This method of radiographic testing ensures quality and also keeps errors at bay.

The top three applications of industrial radiography are discussed as follows-

• Inspection of products- The process of industrial radiography or the non-destructive testing technique of obtaining the image of the internal structure of an object commonly employs gamma radiation sources, like iridium-192 and cobalt-60. The radiation emitted from any of these sources is used to inspect a wide variety of structures. For instance, the testing can be done to inspect welds on pressurized piping, pressure vessels, high capacity storage containers, or other pipelines and structural welds. Besides, some other materials like concrete, machine parts, plate metals, and even ceramics, etc. commonly belonging to the aerospace industry sector are also inspected using the industrial radiography technique.

• Inspection of welding- When the beam of gamma radiation from a source is directed to the middle of the section of the object that is put under examination, a two-dimensional image called the radiograph is obtained. It helps to understand the structure by pointing out the defects or imperfections in the interior design of the product. The radiograph thus obtained helps the experts and the operators to visualize the means to access both the faces of the weld. This in turn paves for a better understanding of the equipment and chooses the most suitable technique to mend the defects like delamination and planar cracks.

• Airport Security- The most common and tremendously useful application of industrial radiography is the screening of goods and passengers at airports across continents. The non-destructive testing technique makes it pretty simple and easy to scan freight, cargo, and all sorts of luggage without making the overall process haphazard. Thus it saves a lot of time, energy, and resources that are otherwise spent lavishly for security checks.

Hence, it is clear from the above that industrial radiography helps in multiple ways to locate, identify, and undertake a comprehensive study of the object without degrading its features. The non-destructive testing technique or NDT is successfully used in the inspection and analysis of welding, casting parts or composite pieces, food packages, luggage viewing, sorting and recycling, airbus maintenance, turbines and ballistics, and drug control, etc. In short, industrial radiography plays a pivotal role in ensuring the reliability and quality of the product.

Although the world is spinning too fast yet scientists and researchers around the world are striving to come up with promising options to attain sustainable solutions. So, if you are someone who is looking for an optimum energy alternative to conventional sources of energy like coal and petroleum etc. then read on to know about the top three sorts of clean energy that fuel an all-round economic development without compromising on environmental protection goals.

Solar Energy– The energy derived from the sun is called solar energy. As we are already aware of the fact that all the forms of energy are directly or indirectly rooted in the sun. The energy provided by the sun is available free of cost and interestingly it does not leave any harmful effluents. Moreover, the nuclear chemical reaction that takes place inside the solar core is all set to continue for ages to come. This means solar energy that is radiated in the form of heat and light is aptly suitable to be relied on for all our future energy requirements.

Wind Energy– The energy that is harnessed by moving air is called wind energy. The progress made by human civilization so far in the field of renewable energy exploitation is chiefly marked by the simultaneously increasing scope of wind energy as well as its successful application in an array of ways. The fluctuating temperature on the earth’s surface and rapidly changing pressure count corresponding to the atmosphere will keep on providing for wind as a sure-shot means of gaining energy without disturbing the ecological balance.

Hydro Energy– The compound made up of hydrogen and oxygen is commonly termed water and it is certainly the synonym for life in the physiological world. Water is undoubtedly the pillar that supports all sorts of biotic components of the natural environment. It is also a tremendous source of power that could be substantially utilized to generate power through turbines. After a lot of research and several rounds of successful experimentation experts have inferred that running water or the same falling from greater heights is omnipotent to drive turbines that subsequently generate electricity. Water, like all other natural endowments, is obtainable free as well as in abundance on our blue planet.

Human beings often find the resort for innumerable problems in the natural environment as an obvious solution. This is because the biological environment not just surrounds us from outside rather it helps in our survival and existence. Hence, it is quite prudent to go for reliable renewable energy services in India so that when it comes to the energy realm we could go clean to keep green.

As we know, the idea to go green is trending globally and successfully gaining strong grounds across the continents. According to the World Wide Web, the term sustainability refers to the ability to exist constantly or perpetually. This simply means sustainability is the capacity of the biosphere and human civilization to co-exist together and forever. Mankind has been quite diligent to secure maximum benefits of the resources available on earth unfortunately escaping the irony that all natural resources are exhaustible. The conventional sources of energy like coal and petroleum etc. are exhaustible and these will get depleted owing to reckless consumption. Additionally, these resources take a lot of time to get formed under immense pressure and high temperature when placed deep inside the earth’s surface. The aforementioned non-renewable sources produce huge amounts of energy that could be readily utilized via several means but it is equally important to consider that these sources in particular lead to the discharge of harmful effluents that cater to severe environmental pollution.

Thus, we must put adequate efforts to employ renewable energy or inexhaustible sources of energy to secure sustainable development. The below-mentioned points are the ways by which Renewable Sources of Energy be sustainable sources of development.

Solar Energy– Factually, Sun is the ultimate source of energy this is due to the reason that all other sources of energy are directly or indirectly derived from it. The sun radiates energy in the form of heat and light that could be put to several usages leading to an efficient and pollution-free solution to all our energy needs. Solar energy as a renewable source of energy is available freely and in plenty. It is a truly non-polluting source of energy and it does not emit any greenhouse gases when producing electricity. Thus, solar electricity can sponsor our energy consumption with the help of solar panels consisting of many photovoltaic solar cells. These solar panels are cost-effective and add value to the environment.

Wind Energy– Blowing air is called wind and Wind power can be successfully employed to convert wind energy into electricity by using wind turbines. Wind power is pretty reliable as well as a clean fuel that holds long term brighter prospects in the field of energy. It is a renewable source of energy that is non-polluting and completely toxin-free. In short, wind power is one of the best resorts to combat the global pollution crisis.

Hydro Energy– The power generated by water or hydroelectricity plays a crucial role as the most dependable renewable source of energy. There are efficient micro-hydro systems as turbines that convert potential energy to kinetic energy and eventually aid in electricity production. These micro-hydro power systems can even be used as stand-alone back-up systems that are connected to the main grid. It is cost-effective, efficient and an absolute eco-friendly alternative to conventional sources of energy.

Biomass Energy– Biomass is a renewable source of energy that is derived from decayed organic matter such as wood, crop waste, or garbage. Although there are several ways to produce energy from biomass, including burning biomass to generate energy in the form of heat that is further used to run steam-driven turbines that produce electricity. Biomass that is employed to produce energy from waste consists of wood and other forest residues or other organic matter. Interestingly, biomass paves way for sustainable development because it is both an efficient as well as a reliable source of energy to bring about all-round development.

Geothermal Energy– As the name suggests, geothermal energy is the power that is derived in the form of heat from the interior of the earth. There are several places on earth where geothermal energy is available in plenty. Such sources like the shallow ground areas or hot molten rocks are located too deep beneath the earth’s surface. These areas may go down to an even deeper extent where extreme underground temperature exists and there is a molten rock called magma that usually erupts out on the surface in the form of lava.

Renewable sources of energy like solar energy, geothermal energy, wind energy, hydro energy, and biomass, etc. are derived from all-natural processes and entities that are automatically replenished by nature. As all these sources are inexhaustible hence we can depend upon these in the long run to address all our energy requirements. The credibility of renewable energy is aptly stated by the famous Canadian film director, screenwriter, and environmentalist Sir James Cameron as “The Nation that leads in renewable energy will be the nation that leads the world.” Conclusively, renewable sources of energy are sure shot ways to attain sustainable development.

The process of Bioremediation is a major breakthrough in soil remediation

Soil remediation has got a pretty new face in the form of bioremediation. It is the branch of biotechnology that employs distinct biological processes to transform environmental pollutants into simpler less-toxic substrates. Thus, it turns out to be an effective solution wherein biotic micro-organisms like bacteria and fungi, etc. are placed inside the soil body to breakdown pollutants into less-harmful by-products. The process of bioremediation for soil is of two types one is Microbial bioremediation that uses microscopic organisms to break down the harmful pollutants and then use the same as a food source. The other sort of bioremediation is called phytoremediation as it employs suitable plants to either bind, extract, and clear up hazardous pollutants like pesticides, petroleum hydrocarbons, metals, and other chlorinated solvents.

Soil, as we know is a vital mix of various minerals and organic matter that plays a pivotal role in supporting the growth of a rich variety of flora and fauna on the planet. In short, soil as a superb natural resource not just supports the terrestrial ecosystem but also is quintessential of the existence of life on earth. The below-mentioned points are the top five aspects of bioremediation that are essential for eliminating the contaminants present in the soil so that a deficient land can be efficient once again.

• Microbes- Microorganisms or microbes help in the process of bioremediation through the various enzymatic pathways. These tiny organisms act as biocatalysts that facilitate biochemical reactions. This further leads to the easier degradation of the target pollutant present in the soil body. Thus, microbes work against harmful pollutants and eventually lead to a lowering of soil pollution without being harsh to the environment.

• The chemical reaction– The process of bioremediation mainly uses microscopic organisms, plants, or microbial or plant enzymes to detoxify the contaminated soil and saves the environment. The total process involves an oxidation-reduction (Redox) reaction wherein a chemical group donates an electron (electron donor) to a different group that accepts the electron (electron acceptor). During bioremediation, the electron donor species is said to be oxidized while the electron acceptor one is termed as reduced.

• The contaminants– As Bioremediation rests upon the process of accelerating the growth of certain microbes inside the soil that can successfully utilize contaminants like oil, solvents, and pesticides for food and energy. These microbes break down toxic substances into simpler less-toxic substrates while giving water and carbon dioxide as by-products.

• The advantages–  The overall process of microbial metabolism in bioremediation is loaded with tremendous benefits. The foremost advantage of bioremediation is that it is a completely natural technique that poses no harmful side-effects for both environments as well as for human beings. It is carried out in situ for almost all applications hence no dangerous transport is involved. In addition to these, the process of bioremediation needs no specialized instruments or machinery thus making the process of soil remediation cost-effective and hassle-free.

• The disadvantages– Although the process of natural degradation of soil pollutants offers a bunch of benefits to the environment and human society yet it poses some disadvantages that are worth consideration. The biological remediation of soil pollution is quite a time consuming and comparatively slow procedure. Simultaneously, additional expenses are involved for an appropriate storage system of the biomass and the subsequent by-products generated in the process of land remediation.

It has been rightly remarked that nature heals itself. The natural environment surrounding us has exquisite remedial mechanisms to get rid of the pollutants and harmful toxins that are produced by several human activities. The central idea in opting for bioremediation or reliable land remediation services to do away with soil pollution is keeping things natural, simpler, and easier. Thus, biological remediation of land pollution is an apt way to eliminate soil deterioration as it brings forth remarkable results without putting the environment at stake.

Artificial Intelligence is the new talk of the town in Medical Imaging and Diagnostic Radiology.

“AI is likely to be either the best or worst thing to happen to humanity”. This golden statement that was put forward by Sir Stephen Hawking truly leaves mankind a bit perplexed about the future of artificial intelligence in the ever-changing global scenario. Artificial Intelligence has emerged as a disruptive entity determined to rule the entire humanoid race not just today but also in the forthcoming generations.

As we already know, Artificial intelligence or AI refers to the fascinating technology that employs digital algorithms to decode complicated chunks of data. The prospects of AI in diagnostic radiology look quite promising as artificial intelligence focuses on the clinical application of diagnostic imaging in an array of medical procedures like computed tomography, chest X-ray and X-ray, or scans, etc. The mechanism of diagnostic radiology in the field of medicine is aimed at accelerating development and generating accurate and comprehensive reports that will eventually aid in better treatment of patients. Medical Radiology is a reliable instrument to garner physiological data so that the overall process of treatment becomes efficient and reliable. Artificial Intelligence helps in computerized investigations and mechanical research to understand human anatomy and it simultaneously explains all aspects of the same. AI Imaging technology in medicine is popular to identify lesions irrespective of type and genre of the lesion. Precisely, Artificial Intelligence or AI in medical imaging is destined to bring about a great revolution.

Now let us chalk out the top three benefits of artificial intelligence in medical imaging technology in brief:-

• Increases Productivity– Artificial Intelligence employs mechanics to gather, compile, and subsequently investigate clinical data through the process of mechanical automation and prioritization of tasks and other data subsets. Artificial Intelligence or AI can help radiologists with adequate instrumental support to improve their productivity and decision-making ability. This ultimately leads to a quicker diagnosis of the ailment and aids in further treatment of the patients.

• Eliminates Risks and Errors– The idea of impregnating artificial intelligence within the medical morphology is gaining immense popularity worldwide. Since, artificial intelligence assists in considerably lowering the probable risks of “negative” clinical consequences associated with delays in radiologist reading, interpretation, and assessment of data, by ensuring the accuracy of the information in the overall process, AI ensures reliability and wipes out the possibility of errors and mistakes. In short, the complete procedure of medical imaging turns out to be qualitatively optimum, and trustworthy.

• Analyses Comprehensively– Deep Learning algorithm is quintessential to AI wherein patient data is not just collected, arranged, and in particular assessed to decide the due course of action needed as per medical requirements. Moreover, AI technology makes learning and analysis easier because it facilitates the ability to learn by example or to execute a task as well as interpret a new set of patient data. Therefore, the advent of artificial intelligence in medical radiology leads to better health care and diagnostic facilities along with correct clinical outcomes.

The integration of Artificial Intelligence and Medical Imaging is a sure shot remedy that helps medical radiology experts to respond actively and handle patients’ data interpretation efficiently. On average, a typical medical radiologist scans a large amount of data, and the hefty workload piles up as the volume of patients rises. In addition to this, complicated cases require more time and deeper analysis. Interestingly, artificial intelligence and automation are not expected to replace hardworking human radiologists in medical imaging technology but their contribution in serving mankind in the diagnostic radiology sector is indeed remarkable.

Quality Assurance in Diagnostic Radiology(QADR) is the X-Factor

As we already know that a good health-care diagnostic procedure is one that not just provides a highly accurate analysis of the patients’ medical condition but also takes good care of the safety aspects of the treatment. Although, the sphere of medical radiography is all set to reach newer heights yet the negligence of a proper quality assurance test by authorized agencies can lead us destined to doom.

Experts from the medical dimension have always advocated for quality especially in the field of radiography. Let us discuss the top three reasons that diagnostic centers shall consider to go for a Quality Assurance test without delay.

Calibration– Although an array of devices and instruments that are used in several medical procedures need to be certified beforehand for their corresponding performance, yet the role of getting the calibration done for those that are employed in diagnostic radiology cannot be neglected. A competent Quality assurance test aids in the adequate assessment of the standard scale for equipment on all parameters. The QA Test also checks the functional performance of different equipment like x-ray devices along with radiation safety aspects of the installation. Interestingly, QA tests are much required for every diagnostic center that performs or facilitates medical radiography.

Accuracy– Generally, diagnostic centers or medical radiographers do not pay much attention to the fact that getting the quality assurance test done for the equipment ensures accuracy and the reliability of the overall process of medical diagnosis through radiography. The simple tests undertaken by certified Quality assurance service engineers to verify the suitability of instruments for subsequent usage undoubtedly sets up the credibility of the same. This means all data and readings recorded by the devices will be accurate, updated, and free from mechanical or technical errors.

Safety– It is quite evident that the routine Quality Assurance (QA) tests are indispensable to assure the functionality of instruments used in medical radiography and other adjacent processes of diagnostic radiology. The QA check determines whether the instrument is synced with the baseline values and also if the values generated are within the tolerance limits directed by the apex body. Apart from the normal wear and tear medical radiology instruments call for the optimum security check to eliminate the radiation risks involved in the complete process. As both the patients and the radiographers are directly involved in diagnostic radiology, the chances of falling prey to innumerable health hazards certainly cannot be ruled out. The tests are essential to achieve an effective diagnosis and to secure the highest level of radiation protection and safety for patients as well as health care professionals.

The total process of diagnostic radiology rests upon the proper functionality of the instruments involved. This makes it pretty clear that quality assurance in diagnostic radiology is a sure-shot way not just to enhance the performance of the equipment but also, paves way for better treatment of patients with absolute safety from radiation hazards in the medical realm. However, all diagnostic centers need to get the Quality Assurance (QA) Test done for all of their equipment only by proficient QA service Engineers. This will avoid the chances of further risks and will bring forth the best results. For reliable Quality Assurance in Diagnostic Radiology (QADR) services call MECROWPOLO today.

Being Humane is the Common factor in Medical Radiography and COVID19

The human saga of evolution has been quite fascinating since the very outset. Simultaneously, the human inquisitive mind has been consistently trying too hard to keep up the pace with it. Our journey through the ages has witnessed innumerable epidemics and wars that brought forth immense destruction. The recent blow to the rapidly advancing human civilization is the coronavirus pandemic that has played havoc with countless lives. Fortunately, mankind is still clinging on to the hopes of wiping off the covid19 threat completely from the global canvas. There are several symptoms that indicate the infection in human beings but on the contrary, we have very limited sources to diagnose, verify, and monitor the coronavirus. The most common test prescribed by health care professionals for primary screening of the infected patients is the RTPCR but there is also no denying the fact that nowadays diagnostic radiography is reaching new heights in the probable treatment of coronavirus. In a nutshell, radiographers are the forerunners to the total process of containing the reckless spread of the coronavirus.

Medical Radiographers or Diagnostic Radiography Experts are the Supreme Strikers

It is pretty interesting that a medical radiographer is a person who can see the inner you even in dark. A medical imaging technologist commonly referred to as a radiographer is a trained professional who helps us to produce several Computed Tomography(CT) scans, magnetic resonance imaging or MRI scans along with other medical images to assist medical practitioners and clinical radiologists to diagnose, monitor, and prescribe the mode of treatment as required. The application of radiography in the medical realm includes diagnostic as well as therapeutic usage. The expert radiographers go for a typical technique wherein a certain magnitude of x-rays or other radiation is at first absorbed by the body and later images are obtained depending upon the density and/or structural components of the object.

Although radiographers do not give results directly to the patients yet they play a pivotal role in the overall process of screening, verification, and subsequent therapeutic treatment of the patients affected by a coronavirus. The COVID19 enigma is rigorously pushing its limits and is all set to engulf the humanoid species way too easily. Scientists and medical researchers practicing in different corners of the world had come up with several interesting ideas to employ diagnostic radiology and medical imaging techniques to counter the coronavirus epidemic. Radiographers or medical radiography experts follow the system that naturally offers minimal physical contact between patients and the radiological staff. Thus, it prevents further infection among people. The medical images like CT scan or Chest X-Ray (CXR) image thus obtained are accurate, comprehensive, and way helpful to diagnose the level of infection inside the lungs. Additionally, the images thus obtained provide a clear indication of the overall health of the concerned patient.

Radiography has been tested on the touchstone of utility for us several times. This particular subject had established its credibility even in the present scenario of a universal crisis. Conclusively, radiographers are truly the heroes who are diligently fighting the war with the pandemic so that mankind can sustain and life continues to bloom with all vigor and beauty.

Waste to Energy or Energy from Waste is The New Stormbringer

The fascinating dimension of physical science defines energy as a quantitative entity that is all-potent to perform in different ways. Simply putting, it can bring about certain changes that are directly or indirectly visible. The first law of thermodynamics commonly known as the law of conservation of energy, states that energy can neither be created nor it can be destroyed. However, this law in particular hints that although energy is immortal yet the possibilities of its transformation into one form or the other are pretty consistent. It is absolutely true that energy is immortal but the availability of the same in usable forms is limited.

We all are familiar with the term wastes as it is something that is very commonly and heavily produced by all of us. Waste materials when treated properly can produce energy in huge amounts. This process of generating energy either in the form of heat and/or electricity by incineration of wastes is called waste to energy. It is quite interesting to note that this process of using the wastes helps in energy recovery i.e., used up products are used again to generate more energy but in a different form. Wastes often comprise combustible substances in large amounts that can be burnt easily. On combustion, these products or combustible fuels like methane, methanol, ethanol, etc. yield energy in vast magnitudes that can be stored, used, and reused for several purposes.

A Bird’s Eye View of the Benefits of Waste to Energy(WtE)

The process of generating power from wastes is undoubtedly the latest technological advancement which can bring forth tremendous results without putting the environment at stake. The most beneficial outcome of waste to energy services in India is that it eliminates the greenhouse effect as well as leads to the recycling of used up commodities or trash. Moreover, the energy generated during the process is clean and usable. On the contrary, landfills and decomposition are the slower processes that produce energy in small amounts. Incineration of wastes offers instant energy solutions without polluting the environment. In a nutshell waste to energy is a grand renewable power resource that serves as an instrument to mitigate the climate change threat. Most importantly, waste to energy services saves your money and a lot of time too.

The overall process of producing energy from wastes rests upon incineration. Further, there is an array of other steps like pyrolysis, esterification, and fermentation, etc. that are involved in the procedure but all these are employed as per your requirements and convenience. For more information on reliable waste to energy solutions, call MECROWPOLO today.

All machines were designed to make our work easy, simple, and as fast as possible. Similarly, a borescope is a specialized optical instrument, designed to aid in, the visual inspection, of the narrow spaces that are otherwise unreachable for the human eye. It consists of a rigid or flexible tube equipped with an eyepiece or display aperture at one end while an objective lens or visual camera is placed on the other side. All these parts are linked together by an integrated optical or electrical system. In short, borescope inspection undoubtedly offers multiple benefits coupled with splendid views for all hard to reach nooks and crannies.

It is quite evident that the idea to employ a reliable borescope inspection service provider can be truly rewarding. Let us have a bird’s eye view of the top three advantages of borescope inspection services in India: –

• Clarity of images- The first and the foremost benefit of using a borescope technology to study the abiotic anatomy of several components is that it offers a very clear and colored picture in high definition quality along with all details. The images generated are easy to understand and lead to further suitable studies. Additionally, these images can be saved, stored, and shared via electronic media in minutes.

• Durability- It is interesting to note that the latest borescope inspection technology can successfully ensure the longevity of not just the instrument but the data generated in the overall process. This means, once you pair up an entrusted borescope service provider like MECROWPOLO then your inspection worries about the unreachable structures are destined to be sorted in no time.

• Savings- The popular borescope inspection services operate as per your requirements without pinching your pockets too hard. The efficiency of the total procedure of borescope inspection certainly depends on how well your time and money are saved. A borescope inspection device uses a photo-function camera that is scratch resistant and waterproof. It has various inbuilt specifications that make it apt to use in rough environments.

The commercial market for borescope inspection services is flooded with all sorts of instruments that come up with gaudy promises but the majority of agencies, serving in the sector, fail to guarantee desired results without proper modus operandi. Also, these alluring packages often take you no-where but waste precious time and resources. Hence, to reach the unreachable places, rely only on the best in class borescope inspection service providers. After all, seeing is believing. To know more call us now.

Quality assurance in diagnostic radiology can aptly tackle the existential crisis in the medical realm.

Pointing to the aftermath of complete lockdown, the rapid spread of the COVID 19 pandemic all around the world, has brought forth grave situations for one and all. Today, the entire humanity is striving too hard to secure good health for themselves and their loved ones by all possible means. Although the idea to stay safe and keep safe by observing all norms of the new normal is working yet the chances to fall prey to severe health issues remain red-flagged.

We all are very well aware of the term quality as it plays a pivotal role in our daily lives. Intelligently, we all prefer quality over quantity and money. Likewise, quality assurance in diagnostic radiology done by a suitable agency or by an authentic service provider holds immense value for the smooth functioning of all medical business procedures. It is sad to note that there are several health care institutions and diagnostic centers that still lack adequate quality assurance for their instruments done by authorized agencies like MECROWPOLO Moreover, several health workers and medical professionals either deliberately ditch TLD badges or refrain from using updated personal dosimeters. These practices often lead to serious health hazards in the field of diagnostic radiography and also increases the chances of ionizing radiation exposure. On the contrary, proper quality assurance done by trustworthy organizations provides authenticity to the health care facilities coupled with all safety measures to eliminate potential risks of radioactive contamination to inpatients, medical personnel, and the environment.

Let us chalk down the top three differences between quality assurance and quality control in brief

Prevention:Quality Assurance is preventive as it focuses mainly on the approaches, technological processes, and the corresponding methods about diagnostic radiology. On the other hand, Quality Control focuses on picki9ng out the defects or highlights the flaws to assist in improvement.

Monitoring: Quality assurance activities are related to the production monitoring and verification of the instruments used in diagnostic radiology while quality control ensures the suitability of a product or service for use.

Credibility: Quality assurance by a certified agency is pretty effective to run any diagnostic center as it ensures better protection and establishes your market value along with soaking in the trust factor among people, more than Quality Control.

Aristotle, the ancient Greek philosopher, and polymath once remarked that Quality is not an act, it is a Habit. Now, you can be double sure for safety with our trusted quality assurance in diagnostic radiology services. After all, asking for quality assurance is your right, and getting the QA done is your duty. To know more, call us today.