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A device used for recording and measuring the torque of a rotating system is called torque sensor. Machines such as engines, gearboxes, electric motors, and crankshafts are a part of the rotating system and torque sensors ensure high quality and performance optimization of this system.
On the basis of technology, the market can be classified into magneto elastic torque sensors, static torque sensors, surface acoustic wave torque sensors, and others. Based on application, the market can be segmented into medical, industrial, automotive, aerospace and defense, and others.
In the report, Transparency Market Report (TMR) presents a comprehensive analysis of drivers and restrictions in the global torque sensor market. It also provides insight into the major segments and regions of the market.
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The growing awareness in regards to the importance of torque measurement has been noted in various fields such as hybrid and electric automobile engines and medical prosthetics and they have included torque sensors in their operations. The global torque sensor market is likely to benefit from the several potential applications, which is projected to be the key driving force behind its growth. With the development of wireless and non-contact torque sensors such as optical torque sensors, surface acoustic waves (SAW), and magnetoelastic, the market will get a further push. Moreover, the demand for accurate torque measurement solutions is growing in a remarkable manner, supplementing the enormous growth prospects for torque sensors. On the contrary, less reliable torque sensors for high-end applications might limit the growth of the market.
Based on application, the automotive sector is the chief contributor to the market growth. Due to the penetration of electric power assisted steering (EPAS) systems in automobiles, torque sensors are in high demand. EPAS systems in automobiles – when compared with standard steering systems – provide the much desired fuel efficiency and also consume less energy. In EPAS systems, the steering column is fitted in line with a torque sensor, thereby increasing the demand and favoring the growth of this market.
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The global market for torque sensors is highly fragmented and with the growing demand, the competition is expected to get intense in the coming years. Kistler Instrumente AG, Crane Electronics Ltd, Honeywell International Inc., Datum Electronics Ltd., and PCB Piezotronics Inc. are some of the prominent players in the global torque sensor market.Read more..
Thermal Printing Market: Future Forecast Assessed On The Basis Of How The Market Is Predicted To Gro
Thermal printing refers to digital printing that produces printed images by selective heating of thermochromic or thermal papers. These papers are coated with thermal chemicals that tend to change its color when exposed to heat. The chemicals applied on the thermal papers when exposed to heat changes its color so as to display the intended images. Unlike conventional ink-jet printers, thermal printing use chemically coated papers for printing different images. The chemicals applied on the thermal papers when exposed to heat changes its color so as to display the intended images. Different chemicals used for imaging in thermal printing include leuco dyes, sensitizers, developers and stabilizers. Leuco dyes are usually tri-aryl methane phthalide dyes or fluoran dyes.
Developers are leuco dyes in conjunction with organic acids. This is used to provide dark printing colors. Some of the suitable organic acids for thermal printing are phenols such as Bisphenol S (BPS) and Bisphenol A (BPA). Sensitizers are usually simple ether molecules such as 2-benzyloxynapthalene or 1, 2-bis-(3-methylphenoxy)ethane. These are used to facilitate mixing of chemicals and optimize colorization temperature so as to improve the printing quality. Stabilizers are complex multi-functional phenol acids that restrain the re-crystallization property of dyes and developers. These are often used to stabilize the printed images.
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Thermal printing using chemicals is majorly used in machines for printing receipts, bills, lottery tickets and other labels. The specific combination of thermal printing chemicals used depends on the printing machine as well as the manufacturer. It can be a combination of waxes, dyes, inert pigments and anti-oxidants. When heat is applied to the coated places, a threshold temperature is reached making the paper darken in those spots. Thus, for optimum utilization of this ability of the thermal chemicals to color the paper darker, printing machines are used which integrate a print head. This print head facilitates the application of heat in the right places. The chemical coating turns into black in the heated areas producing an image. Thermal printing provides fast printing. Moreover, due to use of chemicals for printing, the printed images are highly clean and readable.
Thus, it is widely in demand for printing in different companies and retail stores. The low cost of maintenance and easy printing ability of a thermal printing makes it suitable for use in different applications including travelling tickets and is capable of printing a lot of receipts in a short span of time. Another important advantage of chemical based thermal printing is easy recycling of paper. The chemical coated on the printing paper has short life. The image printed using chemical thermal printing lasts for a few days and disappears after a specific period of time. Thus, due to easy recycling of printed papers, thermal printing using chemicals are expected to witness high demand in near future.
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North America dominated the thermal printing market in 2013. However, the thermal printing market is expected to grow rapidly in Asia Pacific. Countries such as China, India and Malaysia are expected to witness exponential growth in the thermal printing market. Europe and RoW are also expected to witness substantial growth in the thermal printing market within the forecast period.
Some of the key manufacturers in the thermal printing market include APS, Bixolon, GSI Group, Micro Med Charts Manufacture Co. Private Limited and TSC Printers among others. There are a large number of small, medium and large scale manufacturers present across all geographies.Read more..
Temperature Switches Market: Technological Growth Map Over Time To Understand The Industry Growth Ra
Temperature switches are finding lot of applications in the food and beverages industry. Temperature switches are being widely used in the food and beverages industry for the quality assurance of products through various stages of production to storage. Most of the products in the food and beverages industry need to remain fresh until consumed. Even small changes in temperature can damage quality of the product, contaminate it, and render the food unfit for consumption. Temperature switches are also extensively being used in the oil and gas industry. Temperature switches prevent the machines from getting overheated and reach the danger level. For example, temperature switches machines used deep inside the Earth such as machine drills.
The main function of temperature switches is to limit the temperatures in the industry. Temperature switches find application in the industry to continuously monitor temperature of equipment and machinery. When a machine overheats or the temperature of machine goes beyond a certain limit, temperature switches perform the task of switching off the machinery or switching on the fan that can lower down the temperature of the machine. Temperature variations taking place around the temperature switches or in enclosed spaces are sensed by the temperature switches. The mechanism of pressure switches and temperature switches is almost similar. In many designs of temperature switches, the temperature sensing element is placed in such a way that the internal pressure of gas or liquid can be increased or decreased as the temperature rises or drops. Pressure variations are able to actuate the mechanism of temperature switches.
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Increase in the demand for electronic products owing to the advantages offered by them is also a factor that is leading to the growth of temperature switches market. Apart from food and beverages and oil and gas industries, temperature switches are used in extensive applications. Temperature switches find application in the cooling and heating circuits, mobile hydraulics, motors, machine building, and compressors. High demand for temperature switches in the food and beverages industries and oil and gas industries is also driving the growth of the temperature switches market globally.
Apart from food and beverages and oil and gas industries, slowing global growth is likely to be a restraining factor in the growth of temperature switches market in other end-user industries such as automotive, that require temperature switches.
Infrared temperature switches are increasingly being used in the industries. In infrared temperature switches, switch process is triggered when the temperature switch recognizes a hot object in its vicinity that is without any contact. The infrared temperature switches position, count or recognizes hot objects, generally used in steel or forge works.
Some of the players operating in the temperature switches market include - Danfoss, Panasonic, Waytech, Microchip Technology, Barksdale Inc., Texas Instruments, Hytec Group, WICA, SOR Inc., ABB, United Products.
Electric controls, analog devices, ashcroft, hydra electric and maxim integrated basic components used by WIKA for manufacturing temperature switches are bimetals. A bimetallic disc is provided in the temperature switches that sense the temperature that snaps over as soon as temperature crosses nominal switching temperature. As soon as the temperature goes below the nominal switching temperature, the temperature switch returns to its original state. In the TFS35 model of bimetal temperature switches from WIKA, bimetal disc does not carry any current thus the possibility of formation of an electric arc is eliminated.
The Temperature Switches market will grow at a moderate pace in the forecast period 2017 to 2027 owing to slow global growth. Food and beverages and oil and gas industries are an exception to this factor. It is estimated that the demand for temperature switches will further grow in the forecast period.Read more..
The text panel HMI is a kind of monochrome text and graphical panel in which people and machine work together. It converts the machine codes into text and graphics, then displays them on the text panel HMI. Many companies are also engaged in the manufacture of HMIs and software designed for a wide range of needs. The text panel HMI serve the purpose from an entry-level to a large rack PC. The text panel HMI are either basic text panel HMI or advanced text panel HMI or PC based advanced text panel HMI. With the help of the text panel HMI, users can easily access their intranet or internet for reading information and compile reports as well. The text panel HMI can communicate with different communication protocols simultaneously. The multi-language display is also supported by the text panel HMI to be used at tourist destinations and also at airports and railway stations.
The increasing need of automation in the manufacturing sector is fueling the growth of the text panel HMI market. The demand for HMI that can support varied communication protocols is also contributing to the growth of the text panel HMI market. The need for flexible and lightweight HMI is another driving factor. The customization to suit versatile requirements and multi-functioning capability of the text panel HMI reduces the cost of ownership in the long run and thus is a market driving factor. However, the high initial cost of installation associated with the text panel HMI is a restraining factor for the growth of its market.
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The integration of advanced analytics software along with the products for better analyzing of codes for the purpose of converting the text and the graphical format; is widening the scope of the text panel HMI market. The technological advancements in the HMI (Human Machine Interface) will further create the growth opportunities for the text panel HMI in the coming years. One of the prominent trends in the global text panel HMI market is the integration of Bluetooth with it. Another prominent trend is that the text panel HMI these days are Wi-Fi enabled.
The remote programming technology of the text panel HMI enables easy access of the user accounts from a single access point. This feature makes it suitable to be used for manufacturing processes across different industry verticals. A common database decreases the development time by eliminating the requirement to re-enter the tag names. This coupled with the availability of a vast library of animated objects (pre-configured); increases the scope of application of the text panel HMI. The wide screen of the text panel HMI offers clearer and complete visualization of the industrial environment.
The text panel HMI manufactured by the Delta Electronics, Inc. can display two lines of text or message at the same time and have easy to control options. The text panel HMI manufactured by the Rockwell Automation, Inc. are a type of panel mount display devices which provide keypad options for operator input. Schneider Electric offers the best-in class display with a high resonance colored touchscreen; it can be easily installed and functions as a smartphone. General Electric’s text panel HMI have interoperability and flexibility that further boosts the product performance and efficiency.
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Some of the prominent players in the global text panel HMI market are:
- Bosch Rexroth USA
- General Electric
- Honeywell International Inc.
- Mitsubishi Electric Corporation
- Rockwell Automation, Inc.
- Schneider Electric
- Siemens AG
Thermal flow meters are comprised of family of instruments for the measurement of flow of gas through closed conduits and channels. Thermal flow meter introduces heat into the flow stream and measures the dissipation using one or more than one temperature sensors. This method is best suitable for measurement of gas flow considering the variability of heat absorption rate of liquids. There are two key techniques to measure the amount of heat dissipated; however, thermal flow meters uses heat to measure the flow stream. The thermal flow meter primarily finds application in oil and gas, water and waste water treatment and chemical industries among others.
The major factor driving the growth of thermal flow meter market is due to the increasing demand for continuous emissions monitoring systems (CEMS). Continuous emission monitoring systems is used to continuously record, collect and report the required data related to emission of gasses. Increased government regulations and policies to check environment pollution is driving the demand for continuous emission monitoring systems. This is further leading to the growth of the thermal flow meter market during the forecast period. Moreover, demand for technologically advanced thermal flow meters by end user industries is paving new opportunities for various players in the market.
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Need for effective product differentiation is considered as the major challenge faced by various players in the market. This is also considered as a major factor restraining the growth of the market during the forecast period. However the overall thermal flow meter is expected to grow during the forecast period owing to the increased expenditure on oil & gas, chemical and other industries.
The market is segmented on the basis of end users by: oil & gas industries, water and waste treatment, food and beverages industry, chemical and petrochemical industries, pulp and paper industries and others. Increasing application of thermal flow meters from various industries is further driving the overall growth of the market. The market can be further segmented on the basis of type into: insertion thermal flow meter, portable thermal flow meters, portable thermal flow meters and Inline thermal flow meters. The sensors used in thermal flow meters includes temperature sensors and flow sensors.
The market is segmented on the basis of geography into four broad segments: North America, Asia pacific, Europe and Rest of the World (ROW). Presently, Asia Pacific is a major contributor to the thermal flow meter market in terms of revenue and is expected to see robust growth during the forecast period. The growth in this region is attributed to the increasing number of industries in the region. Furthermore, increasing expenditure on infrastructure in this region is driving the market growth.
The key players in this market are: ABB Ltd., Emerson Electric Co., GE Electric Co., Bronkhorst High-Tech B.V, Eldridge Products, Inc., Sage Metering Inc., Sierra Instruments Inc., Kurz Instruments Inc., Thermal Instrument Company, Fluid Components International LLC, Fox Thermal Instruments, Inc., Aalborg Instruments & Controls, Inc., Brooks Instruments, LLC, TSI Incorporated, and Vogtlin Instruments AG.Read more..
A number of display technologies have emerged in past few decades, which offer advanced and flexible visualization in areas such as photography, gaming, education, video, engineering simulation, and defense. 3D displays have gained vast popularity in the consumer electronics and entertainment industries and are being adopted in devices at a staggering pace. A vast assortment of flexible display technologies are also gaining popularity. In recent years, the market has witnessed the rising prominence of a variety of organic light-emitting diode (OLED) products and devices, especially active matrix organic light emitting diodes in TVs, smart wearable, smartphones, and other mobile devices. This has enabled manufacturers to bring exciting designs in the products.
Witnessing soaring demands has also led many manufacturers of OLEDs to consolidate their production lines in several developing countries. A number of smartphone makers and technology companies focused on developing next-generation devices in the not-so-distant future are incorporating flexible OLED displays to attract buyers. The market is also witnessing marked shifts in the production of energy-efficient products, especially in the wearable segment in the healthcare industry.
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The report offers in-depth insights into the current market status, emerging trends, notable opportunities, lucrative avenues, revenue share of key segments, recent technological advancements, and the competitive landscape. The study elaborately assesses the key strategies of various players to gain a better foothold in the market. Furthermore, it takes a closer look at major industry shifts expected to influence the growth trajectory in the coming years.
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Some of the prominent players operating in the market are Dupont Display, Samsung, Epson, Hewlett-Packard Company, Fujitsu Limited, Mitsubishi Electric Corporation, Toshiba Corporation, Atmel Corporation, Sharp Corporation, LG Display Co. Ltd., Panasonic Corporation, Corning Incorporated, NEC Display Solutions, Cambridge Display Technology Ltd., Universal Display Corporation, and AU Optronics.Read more..
Data Analytics Outsourcing Market - Exponential Growth in Data Generation is Driving the Global Mark
the global data analytics outsourcing market is expected to reach the value of US$ 20,681.1 Mn by 2026 on account of the exponential growth in data generation and lack of in-house capabilities of companies. The global data analytics outsourcing market is projected to expand at a CAGR of 29.4% during the forecast period, viz. from 2018 to 2026. The growth of the market can be ascribed to the rising demand for advanced data analytics services across industries and the high adoption of marketing analytics by companies in order to offer the best possible services to their clients. North America is anticipated to be the fastest-growing market for data analytics outsourcing, and is likely to be followed by Asia Pacific, Europe, Middle East & Africa, and South America during the forecast period. The BFSI segment of the data analytics outsourcing market is expected to grow rapidly, primarily due to the rising demand for data analytics in the BFSI sector across the world. The data analytics outsourcing market is presently in the emerging stage and is anticipated to grow swiftly in the near future due to the rise in awareness regarding the advantages of data analytics and the increase in productivity of the companies who adopt the same.
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Enterprises are enhancing their profitability and efficiency by using business software systems such as customer relationship management (CRM), enterprise resource planning (ERP), and supply chain management (SCM). These systems have resulted in an exponential increase in data related to operations, customers, and suppliers. Additionally, due to rise in the usage of Internet, there is an enormous amount of structured and unstructured data available to organizations. This has led to the demand for data analytics in organizations in order to have an in-depth analysis of their data and generate meaningful insights from it.
North America led the global data analytics outsourcing market with a substantial share in 2016. This is primarily due to the increasing adoption of data analytics outsourcing and technologies and tools of data analytics by companies in the region. The data analytics outsourcing market in North America is growing at a significant rate. Rapid increase in data generation from different industry verticals such as BFSI, manufacturing, and healthcare is one of the major factors driving the data analytics outsourcing market in South America. On account of new opportunities, the data analytics outsourcing market in Asia Pacific, Europe, Middle East & Africa, and South America is expected to rise at a significant rate during the forecast period.
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The research study includes profiles of leading companies operating in the global data analytics outsourcing market. Key players profiled in this report include Accenture, Capgemini, Fractal Analytics Ltd, Genpact Ltd., IBM Corporation, Infosys Ltd., Mu Sigma, Inc., Opera Solutions LLC, RSA Security LLC, Sap SE, Tata Consultancy Services Ltd., ThreatMetrix, Wipro Ltd., and ZS Associates Inc.Read more..
Ultra-Secure Smartphone Market - Technological Enhancement in The Mobile Internet Services such as 3
Smartphones are the most multipurpose handheld devices in today’s world that contains a third-party applications or features extending the wide functionality of the device. The technological enhancement in the mobile internet services such as 3G, 4G, and Wi-Fi have smartphones as an essential part of individual’s life. The increasing use of smartphones and technologies are vulnerable to security attacks and other malwares. In recent years, the usage of smartphones has increased due to the increasing trends of data sharing, gaming, and other entertainment application software, being responsible for the security breach of the smartphones. To avoid this, ultra-secure smartphone are enabled with ultra-secure smartphone technologies.
The ultra-secure smartphone are developed in order to prevent data leakage compared to normal smartphones. Ultra-secure smartphone are built up with real time and end to end encryption of voice calls, SMS, emails, and other data transmission files with the use of elliptical curve cryptography, tough hardware with securely manufactured and the hardened operating system. Currently for most of the smartphones, the authentication techniques used are pattern, pin and password. However, these authentication techniques are less secured since guessing and brute forcing such authentication can be easily broken. Also the viruses, trojans and the malware that are based on application program interface of the smartphone have been developed. These application uses user’s secure data without the knowledge of user, thereby breaching the user’s security breach.
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Vulnerabilities, data privacy, and authentications are some of the major issues of security. Users want to protect their data, thus data privacy and authentications being one of the greatest concern for the smartphone users. The ultimate solution to the authentication problem may be overcome and smartphones can be saved from the security breach. The major driver that boosts the growth of the ultra-secure smartphone are the advanced privacy technology, and advanced encryption standard security provided with the smartphone. One of the major restraints that restricts the growth of the ultra-secure smartphone is the limited access to applications, software and other utilities. Due to this, the user cannot access other software or applications apart from those that are pre-installed in the Ultra-secure smartphone. Since there is a risk involved in the use of the other untrusted software and applications that might break the security of the smartphones. However, due to the increasing security threats and theft of stealing data from the smartphones, the users tends to buy the more secured smartphones, thus boosting the growth of ultra-secure smartphone market. Some of the leading companies are continuously working to provide the ultra-security smartphones and makes the communication as safe as that of aerospace and defense communication.
The ultra-secure smartphone market is segmented into operating system, end use and geography. On the basis of operating systems, the global ultra-secure smartphone market is segmented into android and iOS. Based on the end use, the global ultra-secure smartphone market is segmented into aerospace & defense, government agencies and enterprises. Geographically, the global ammunition handling system can be segmented into North America, Europe, Middle East & Africa, Asia Pacific and South America. North America has significant market share in global ultra-secure smartphones market owing to technological development, followed by the Europe. However, the Asia-Pacific region is expected to emerge as the one of the fastest growing ultra-secure smartphone market in coming years due to growing economies such as China and India.
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Some of the key players operating in the global ultra-secure smartphone market are Apple Inc., Atos SE, Sirin Labs, The Boeing Company, Blackberry Limited, Gryphon Secure, Sikur, GSMK Cryptophone, Silent Circle, Cog Systems, and Una Inc. Ltd. among others. Due to the rising trends of security solutions, companies are investing in its ultra-secure smartphones market.Read more..
Global Organic Electronics Market - fuelled by Growing Adoption of Organic Electronics among Consume
According to a recent market research report released by Transparency Market Research, the global organic electronics market is expected to take a leap at a CAGR of 32.6% during the period between 2012 and 2018.
The report points out that the increasing application areas have boosted the expansion of the global organic electronics market. Declining prices of organic electronics, coupled with improvement in performance, has led to their growing adoption among consumers. Government support and initiatives have paved the path for increased investments in organic electronics worldwide. All these factors will push the growth of the global organic electronics market. However, the report states that improvement in the materials and processes will restrict the growth of the overall market. Lifetime of organic electronics devices will also pose as a challenge.
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On the basis of application, the report segments the global organic electronics market into display market, organic lighting market, logic and memory, organic sensors, printed batteries market, organic photovoltaic, and organic radio frequency identification (ORFID) tags. The report states that the display segment holds the largest share of the organic electronics market and has been segregated into OLED display, electrophoretic, and other displays.
OLED displays segment is forecasted to value US$10,450 mn by 2018 and lead the overall organic electronics market. The increased demand for OLED displays can be attributed to their high-speed performance, low energy consumption, and sharp display features. Support for green products worldwide and rising OLED application in mobile phones and signage will boost the growth of the OLED display market. However, high manufacturing costs, coupled with low penetration rate of technology, will restrain the overall OLED display market. During the forecast period, the electrophoretic sub-segment is estimated to reach a valuation of US$3,950 mn by 2018, displaying a CAGR of 58.4%. Organic RFID tags and logic and memory segments will emerge as the prime focus for OE manufacturers.
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The report segments the global organic electronics market into four geographical regions: the U.S., Europe, Asia Pacific, and Rest of the World. In terms of revenue, Asia Pacific is expected to lead the overall organic electronics market with more than 50% market share till 2018. Europe will closely follow as the second largest organic electronics market.
The report profiles some of the key players in the global organic electronics market such as Evonik, BASF, Merck, Novaled GmbH, Heliatek, Sumitomo, Polyic, H.C. Starck, AGC Seimi Chemical Co. Ltd., Baer Material Science AG, and Fujifilm Dimatix Inc. The report also provides insightful information about the key players such as financial overview, product segment overview, growth strategy, and recent developments.Read more..