Showing posts with label Market Scope. Show all posts
Showing posts with label Market Scope. Show all posts

Monday, July 22, 2019

Increase in Awareness Radioactive Radiation Detectors Coupled With Growing Concern for Safety of the Workers to Drive Radioactive Industry Over the Forecast Period: Ken Research

Radiation detectors are devices for measuring nuclear, light or electromagnetic radiation, also known as Geiger counter or particle detectors. It consists of two main elements such as processing electronics and the Geiger tube. The Geiger tube is filled by a low-pressure inert gas like argon, helium, or neon. It also measures the emission of ionizing radiation of alpha (α) particles, beta (β) particles, and gamma (γ) rays.
Global Radiation detectors Market Analysis
According to the study, “Global Radiation Detector Market 2019 by Manufacturers, Regions, Type, and Application, Forecast to 2024” the companies operating in the global radiation detector market are MIRION, Thermo Fisher Scientific, CanberraOrtec, Nucsafe, Industries Inc., FujiFilm Holdings, Leidos, Hitachi Healthcare, Xi'an Nuclear Instrument Factory, Coliy, CIRNIC, Hologic, GE Healthcare, Eco test, Weifeng Nuclear Instrument, Shimadzu, NUC-SAFE, Toshiba Medical Systems (Cacon), James Fisher, FLIR Systems, Simax, Hoton, CSIC, Bar-Ray Products, Inc., Siemens Healthcare, Esaote, Landauer, Inc., Sons, Carestream Health, Protech Radiation Safety, ProtecX, Amtek, Inc., Fluke, Mirion Technologies, Inc., Biodex Medical Systems, Inc.
Based on type, global radiation detector market is segmented into semiconductor detectors, gas ionization detectors, diamond detectors, Geiger-muller counters, proportional counters, organic scintillators, inorganic scintillators, scintillation detector. Gas ionization detectors are mostly preferred owing to their user-friendliness and also, they are portable, economical, and durable. Scintillation material includes cesium iodide, lutetium-yttrium oxyorthosilicate, sodium iodide, Lanthanum Bromide, lutetium oxyorthosilicate, Lead Tungstate, bismuth germanate oxide, Barium Fluoride, Cadmium Tungstate, Cerium Bromide, Gadolinium Orthosilicate, and others. Based on detection & monitoring products, the market is segmented into environment radiation monitors, radioactive material monitors, area process monitors, surface contamination monitors, and personal dosimeters. Personal dosimeter includes active dosimeters and passive dosimeters. Based on safety products, the market is segmented into full-body protection, hand safety, face protection, and other safety products. Based on application, the market is segmented into military, medical, environmental protection, nuclear power, the manufacturing industry, scientific research, and others.
The global radiation detector market is driven by an increase in awareness over the use of radioactive radiation detectors coupled with growing concern for the safety of the workers in radioactive industry, technological advancements in radiation detection, rise in prevalence of cancer, increase in the number of nuclear power plants and favorable government initiatives utilizing radiation detection tools are expected to support market development over the forecast period. Apart from the major benefits, few of the restraints are the high cost of ownership of radiation detection, followed by lack of job opportunity and high value for maintenance. Additionally, few of opportunities include an increase in the number of nuclear power plants, rise in focus on nuclear power to meet energy demands, technological advancements in radiation detection and growing focus on clean & reliable sources of electricity generation.
The North American region holds a prevalent share of global radiation detector market due to technological advancement and the presence of favorable regulatory frameworks such as Natural Radiation Management and Naturally Occurring Radioactive Material (NORM). Asia Pacific region is expected to grow at a productive rate due to the emergence of nuclear power hubs, for instance, India & China. The global radiation detector market is expected to grow at a CAGR of approximately 4.4% and expected to reach the US $36,500 million, by 2024, from the US $28,200 million in 2019.
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Location: India

Monday, May 6, 2019

Philippines E-Learning Market has been driven by Rising Demand for Multimedia Content coupled with Increasing Internet Penetration in the Country: Ken Research

Philippines E-Learning Market
 
“Rising Internet Penetration and Increased Enrollment of Students in High Schools has driven the E-Learning market in the Philippines”
Increased Penetration of Internet Services: Internet services have rapidly spread across the nation over the past few years. With around 67 million users in 2018, the penetration of internet services has reached approximately 63.0% in 2018. This implies that a greater percentage of the population now have access to better the infrastructure that can accommodate E-learning content, thereby justifying the growth of the industry over the years.
Switch to Smart Classrooms: Schools, being the biggest consumers of E-learning services, are increasingly beginning to set up smart classrooms in their premises in order to facilitate the use of technology in learning activities. The use of multimedia content has made it easier for students to absorb new concepts. Moreover, smart classrooms also provide students with hands-on experience in using electronic gadgets for educational purposes such as making presentations, documents, and others. The demand for E-learning services from smart classes is expected to account 25.0% share of the overall revenue from E-learning Philippines market in 2023E.
Increase in the use of technologies such as Gamification: The advancement of gamification has made it possible for educational institutions to teach students and to boost their interest. In addition to this, Gamification has made learning a more interactive process between the course and the students. More importantly, it makes the content more interesting and easier to grasp the concepts for students. Moreover, it also helps businesses to guide employees and to boost motivation. Gamification is being used in the process of onboarding to guide new hires to complete their training. Thereby, catering to a wider population of students and increasing demand for E-learning services in the country.
 Key Segments Covered:-
By Content and Technology Services
Content
Open Courseware
Multimedia
Online Tests
Others (uploading existing Content)
Technology
Learning Management System
Smart Classes
Smart Authoring Tools
By Content Format
Text
Video
Audio
By Source of Learning
MOOC’s
E-Books
M-learning
Gamification
By End Users
Schools
Universities
Corporates
Vocational Training
Others
Key Target Audience
Content Providers
Technology Providers
Hardware Providers
Corporate Enterprises
Higher education institutes
K-12
Investors
P.E. Firms
Institutes
Time Period Captured in the Report:-
Historical Period: 2013-2018
Forecast Period: 2019-2023E
Companies Covered:-
Quipper
DIWA
MOODLE
Topica Edtech Group
Cypher Learning
SPI Global
Yapster
Blackboard
Canvas
Keywords:-
Online Education Industry Philippines
Online Learning Market Philippines
Online Test Preparation Market Philippines
Philippines E-Learning Industry
E-Learning Businesses Philippines
Philippines E-Learning Technology Market
Philippines Online Courses Market
Philippines Education Technology Market
Philippines E-Learning Mobile Applications
Philippines Online Tutorials Market
Growth in E-Learning Philippines Market
Online Higher Education in Philippines
Canvas Philippines E-Learning Revenue
Blackboard Philippines Market Share
Augmented Reality Education in Philippines
Online Education Market Demand Philippines
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Monday, January 21, 2019

Landscape Of The Baby Care Product Global Market Outlook: Ken Research

Global Baby Care Market
The baby care market across the globe has grown more significantly in the recent trend with the hectic schedules of working women. In the present era, the life of natives of the respective region becomes very much busy. With such type of schedule, the women are not capable to feed the baby so the needed prepared food which consists of proper nutrients and minerals. As the infant are not be able to chew the hard food, so for this the key players of this market across the globe prepare soft food or liquid fluids which consists mineral and nutrition in an effective amount. Moreover, many of the key players are playing an important role by accounting the huge market share with the effective development in the product of baby care which further proved to be beneficial for leading the fastest market growth during the forecasted period across the region.
According to the report analysis, ‘Global Baby Care Market (2018-2023)’states that there are several key players which are recently functioning in this sector more actively for dominating the highest amount of share across the globe by doing effective and demand increasing developments in the product of baby care includes Unilever Plc., Johnson and Johnson, Procter and Gamble, Nestle S.A., Abbott Nutrition, Kimberly Clark, Dabur Healthcare Company, The Himalaya Drug Company, Farlin Infant Products Corporation, Avon Healthcare Limited Company and several others. Moreover, the global baby care product market is observing a high growth due to the increase in infant populace across the world, along with the growing consciousness about children's healthcare. The companies functioning in the baby care market are concentrating on numerous strategies to advantage an improved foothold in the global market.
On the basis distribution channel, the market for baby care across the globe is categorized into online distribution channels and offline distribution channels. Whereas, the online distribution channel is predictable to be the principal, as well as the fastest sector. This is due to the increasing acceptance of online platforms where consumers can associate different products and their cost along with easy returns and timely delivery at their place to convince.
Despite so many driving factors of the baby care market, the strict legislation regulating the marketing and producing of baby care products is one of the most dangerous factors that are predictable to control the requirement in the coming years. In addition, on the basis of geography, with the effective applications and classification, the market of baby care product is spread across the globe which majorly includes North America, Asia-Pacific, Europe, Latin America and the Middle East and Africa. Whereas, the Asia-Pacific region accounts the global baby care market and is also predictable to rise at the highest rate.
The significant increment in disposable income of parents in established and emerging countries, speedily increasing newborn populace, diversified lifestyle patterns, and an accumulative number of working women are some of the key factors that will persuade market growth more effectively. Therefore, in the near future, it is expected that the market of baby care will grow positively across the globe.
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Thursday, January 3, 2019

Increase in Demand of Technology to Drive the 3D Printing for Healthcare Industry in the Asia Pacific Region: Ken Research

3D printing is defined as a computerized or automated process for manufacturing medical devices, prototypes and implants. It exploits a layer-by-layer accumulation technique to produce substantial objects from a three-dimensional digital file, also known as additive manufacturing. It helps surgeons to improve the success rate of dense procedures. Additionally, this technology has transformed preclinical drug testing by facilitating testing on 3D printed organs.
Some components of the 3D printer are a nozzle, power supply, threaded rods or lead screws, enclosure, idler gear, bed leveling, user interface, thermistor, filament, frame, motherboard, hobbed gear, stepper drivers, extruder, layer cooling fan, and stepper motors etc.
According to study, “Asia-Pacific 3D Printing in Healthcare Market (2018-2023)” some of the major companies that are currently working in the Asia-Pacific 3D printing in healthcare market are Stratasys Ltd., Renishaw, KCbots, Imaginarium, JGroup Robotics, Brahma 3, Altem Technologies, Organovo, Formlabs, Cellink.
On the basis of type, the 3D printing in the healthcare market is segmented into implants, hearing aid, prosthetics and surgical guides. On the basis of material, the market is segmented into metal & alloys, polymers, biological cells and ceramic etc. Metal & alloys are further sub-segmented into titanium, silver, steel, and gold. A polymer is sub-segmented into epoxy resins, nylon and glass filled polyamide. On the basis of technology, the market is segmented into electron beam melting (EBM), stereolithography, deposition modeling, laser beam melting (LBM), droplet deposition, jetting technology, photopolymerization and laminated object manufacturing etc. In addition, on the basis of application, the market is segmented into prosthetics, tissue engineering, medical implants, and wearable devices and many others.
The Asia-Pacific 3D printing healthcare market is driven by factors such as increasing technological advancements, increasing disposable income, increasing dental laboratories& hearing aid manufacturers, increasing scope of bioengineering products, rising demand for patient-centric products in orthopedics &maxillofacial surgery, the reduction in the costs of 3D models and the availability of a range of material options such as nylon, polymers, etc.
Some of the major advantages include complex shape, rapid prototyping, and easy to use, clean process and reduce design complexity. Some disadvantages are a slow process, being expensive. Additionally, some of the major challenges include the high cost of 3D printed organs & tissue, lack of regulatory issues and trained professionals.
The National Additive Manufacturing Innovation Cluster (NAMIC) is a pan-national initiative of Singapore. The main aim of this initiative is to increase the adoption of additive manufacturing technologies to improve competitiveness in the fast developing landscape of digital industrialization. The China Food and Drug Administration (CFDA) is a government regulatory authority in China, which provides specific requirements for validation of additive manufacturing products of 3D printing medical devices.
South Korea, Singapore, Japan, and China are some countries of this region, which are accountable for driving the 3D printing in the healthcare industry due to an increasing focus on bio-printing. Additionally, Japan and India, along with China, have privileged potential because of importance on 3D printing of orthopedic tackle, which provides to the augmented demand from the aged population.
It is estimated that Asia-Pacific 3D printing in the healthcare market will reach at US$ 0.59 billion by 2023.
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Location: Asia

Monday, December 31, 2018

Growing Potential Of 3D Printing In Europe Market Outlook: Ken Research

Europe 3D Printing in Healthcare Market
The industry of health care in Europe has grown positively with effective developments in the technology of 3D printing. The key player of this market is analyzing the strategies and policies of the competitors for leading the achieving major market share and doing more attractive developments in the technology. Whereas, 3D printing can be defined as the procedure of producing three-dimensional solid objects from digital designs. The making of 3D printed objects is done using numerous additive procedures. The key players of this market are playing an important role by dominating the huge market share by adopting effective market strategies and policies for enhancing the procedure of creating three-dimensional solid objects. The market of 3D printing in Europe is segmented into three primary segments, which are majorly based on the technology, type, and material. However unsurprisingly, with the effective classification and application of the 3D printing the market will increase positively in the forecasted period.
Additionally, the key players of this market are doing effective functioning which makes the market more competitive and forces the investors for making the more effective amount of investment for the development in the material of 3D printing. According to the report analysis, ‘Europe 3D Printing in Healthcare Market (2018-2023)’ states that there are several key players which are recently functioning in this market for acquiring the huge market share by satisfying the growing needs of the potential consumers includes Stratasys Ltd., 3D Systems, Organovo, Renishaw, Formlabs and several others. Moreover, the 3D printing in the healthcare market in Europe is anticipated to reach a value of USD 0.76 Bn by 2023, increasing at a compound annual growth rate (CAGR) of 21.8% during 2018-2023. Whereas, based on the technology, the market of 3D printing is sub-divided into laser beam melting (LBM), electron beam melting (LBM), photopolymerization, droplet deposition, laminated object manufacturing, and others. Not only has this, based on the material, but it is also further divided into metal, ceramic, plastic, and several others.
Most of the old-fashioned manufacturing companies, which prefer doing things in the traditional way, do not find it practicable to experiment with new technologies such as 3D printing. Also, they do not research satisfactorily in emerging use cases in the market, and this is constraining the faster dissemination of the technology in the European region. Meanwhile, Europe has robust and stable research and development infrastructure and with top-notch research in healthcare-related preservative manufacturing along with a pool of educational institutions to deliver relevant training for skill expansion. Furthermore, in the field of medicine, this process of 3D printing is utilized to make several objects such as prosthetics and implants, using several materials like metal, plastic, and others.
In Europe, Germany has the uppermost incidences of self-reported hearing loss. The acceptance rate of hearing aids by these people is 76%. Therefore, there lies an enormous unmet petition for hearing aids in the market. Since almost all hearing aids are 3D printed, the market in the European region is anticipated to grow positively. The situation is the same for dental implants. With an accumulative number of measures for dental implants, the need for customized processes has increased. Therefore, in the near future, it is expected that the market of 3D printing will increase in Europe more positively in the near future.
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Friday, December 28, 2018

Landscape Of The Medical Robots In African Market Outlook: Ken Research

Africa Medical Robot Industry
Robots that are utilized for medical purposes are widely known as medical robots. Medical robots can be measured as the application of robotics technology to healthcare to diagnose and treat diseases or to rectify, reestablish or transform a body function or a body part. Medical robots also deliberate products which are useful for patients with disabilities. The products from this market are utilized more significantly across all the age collections. Moreover, the market of medical robots in Africa is classified into three common sectors which include product segment, application segment, and geography. The key players of this market in general healthcare in Africa are playing an effective role by dominating the huge market share with the effective developments in the technology of medical robots which further benefitted for leading the fastest market growth in the near future. Not only has this, with the effective working of the key players the market becomes more competitive which will result into a huge investment in the research and development programs related to these robots by the new investors in the near future.
The key players of this market are analyzing the techniques of other market players for removing the restraints and accounting the huge market share in the near future in Africa. According to the report analysis, ‘Middle East and Africa Medical Robot Market (2018-2023)’ states that there are several key players which are recently functioning in this market more positively for acquiring the huge market share by doing significant development in the specification of the technology of medical robots includes Omnicell, Ossur, Ekso Bionics and several others. However, by 2023, the value of the global medical robot market is predicted to reach a value of USD 11.36 Billion, escalating at a compound annual growth rate (CAGR) of 12.58% in the period of 2018-2023. In addition, on the basis of product, the market is sub-divided into rehabilitation robot, a surgical robot, non-invasive radiosurgery robot, and several others.
Additionally, on the basis of application, it is further divided into orthopedic, laparoscopy, neurology, cardiology and several others. Furthermore, with the effective applications and classification, the market is spread into numerous regions of Africa includes North America, Europe, Asia-Pacific, Latin America and the Middle East and Africa. Not only has this, rehabilitation robots encompass therapeutic robots, prosthetic robots, assistive robots, and exoskeleton robots. Hospital and pharmacy automation robots comprise pharmacy automation robots, IV robots, and others.
In addition, investments to advancement hospitals and clinics made new facilities, and enforce mandatory health insurance arrangements have all been made freshly. In the Middle East, governments through the region have emphasized healthcare as a key focus area in the upcoming years, in light of economic and demographic transitions in these countries. The law specifies that it is compulsory for every person in Dubai, residence visa to be delivered with a basic health insurance policy, which is submissive with the DHA rules, regulations and procedures. Additionally, in the coming years, it is expected that the market of medical robots in the Middle East and Africa will increase positively.
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Location: Middle East

Rising Landscape of The 3D Printing In African Market Outlook: Ken Research

The industry of healthcare has grown more positively with the significant development in the material and technology of 3D printing. Whereas, 3D printing is well-defined as an effective procedure of making three-dimensional solid substances from digital designs. The formation of 3D printed objects is done by utilizing the additive procedures. The additive procedures include resting down successive layers of a material until the desired object is introduced. Not only has this, but the 3D printing is also directly contrasting of subtractive manufacturing, which comprises hollowing out/carving out pieces of metal or plastic from a mass. The key players of this region are playing an important role by doing effective and attractive developments in the material and type of 3D printings in the African market. Moreover, with the effective applications and classification of 3D printing in the healthcare market in Latin America will lead the market to grow more significantly in the reviewed period.
Middle East 3D printing in Healthcare

The focused key players of this market in Latin America are analyzing the strategies of competitors for dominating the handsome amount of share and study the guidelines of the government for running the business premises smoothly. According to the report analysis, ‘Middle East and Africa 3D printing in healthcare Market (2018-2023)’ states that there are several key players which are recently performing in this market for acquiring the handsome amount of share by investing an effective amount of share in the research and development programs includes Stratasys Ltd, Renishaw and several others. Moreover, by 2023, the value of the 3D printing in the healthcare market in the Middle East and Africa is anticipated to reach a value of USD 1.97 Billion, getting bigger at a compound annual growth rate (CAGR) of 21.82% in the period of 2018-2023. In the sector of medicine, this process is consumed or utilized to introduce substances such as implants and prosthetics, using numerous materials like plastic, metal and several others.
Additionally, the market of 3D in healthcare in Africa is segmented differently into technology, material, and type. Whereas, on the basis of technology, the market can be further divided into laminated object manufacturing, laser beam melting (LBM), droplet deposition, and electron beam melting (LBM), photopolymerization, and several others. Meanwhile, the basis on the type, the sub-segment involves prosthetics, implants, surgical guides, hearing aid, and several others. The 3D printing in healthcare enables for the creation of auxiliary organs to support existing biological parts. It is commonly used in cardiovascular, cranial-maxillofacial surgery, radiology, orthopedic, bio fabrication, as a surgical guide, and many more.
Additionally, attaining permissions and sanctions for usage of 3D printing in the field of medical science is the major challenge in this region. However, the Middle East region has specified hospitals, whereas Africa finds itself deficient heavily in this feature. On the other hand, a lot of progress has been made concerning the introduction of a 3D printing zone in the country, which will definitely boom up the industry, majorly due to great spending power of the government and the occurrence of highly competent personnel in the region, technological expansion is high, which makes industrial progressions more efficient. This will deliver an understanding environment for the 3D printing industry. Therefore, it is expected that in the reviewed period, the market of 3D printing in Africa will rise more significantly over the recent few years.
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